Наукові студії із соціальної та політичної психології. Зб. статей. Вип. 15 (18)

1995 15 (18) $% 2007 32: 159.9 (082) '' 88.5 ( 43 12 *+ ,* - - .+. /* 0 - 0 121.1. 34 5 1 6 3 12/ 5 6 27 3 8 5 (6 1 +...

Author: Редкол. С. Д. Максименко | М. М. Слюсаревський та ін.

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1995 15 (18)

$% 2007

32: 159.9 (082) '' 88.5 ( 43 12 *+ ,* - - .+. /* 0 - 0 121.1. 34 5 1 6 3 12/ 5 6 27 3 8 5 (6 1 + 3 9 8/06 - 10 < 1 ( 2006 .)

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F*= 26. + AD 2+ 6 -8 1 3* A *A.341 1 ,2 - 3 -<* 4, A- = * 27 121.1 , 34 5 1 6 3 12/ 5 6 27 3 8 5 + 5 2 . 2005 . 1 2 1 1*= 6 *A* 1.014 A D+2, (+ 1 .014 ( 2A /* ( 6 *-,*1 34 5 6 27 3 8 5, D32 1*= 6 8 A.( = 8 3.A .+ 8 A (. C2 130014 ( -2 -. 34 1 8 .6 1*7 3 8 5 612, A 5 <211G 27 - , 8 4 D2 1 1 , H 6*+12 , A- = * ( , 3 - , A + *, 6 D3*, 5. A83(- 014 ( 34 -6 27 3 8 / 6*+12 +3 - + -2 1 2 1*, 1 8 A =, , 8 A = + ,6 * 12 A 21+. 1* 21 34 27 8 , -. I2 + 6 *- 1 3* A D+2 A 34 -6 27 3 8 / 27 6 D3*, 12 27 ( , 3 -, - 3 -<.014 ( 6 27 3 8 / ,*7 A,2 632 . 6 3 12/ 1 2 1 *3*+1 34 . 6 *- +., 621 ( ,*- -+.341. 2, *+ 3 8 5 E , = 8 * *- 2J . 3( 34 27 6 3 12/ 27 6 27 3 8 , E 7 A ., < 27 .+, 2+3 - / , 6 1 1.-* 1 .

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3 A.014 ( -*5 2- 1 8 .+ 5 4+ 8 /* 8 C. . ,* (, 6 ’(A A *A - 10, , - 1 1 10, , 1 * (, 6 27 / 8 , 3 8/ , 12 2= 2,2 + *61 “6 27 3 8 5 . 3 27 ,*< 7”. - +.1 , A . 27 -*= A83(- G14 ( 6 D3*, 6 *-,*1 34 5 6 27 3 8 5. -- 014 ( + 212 + * 1* * 1262 -2 -. 3 12/ 6 *- + A G 1 5 34 -6 27 3 8 / 5 1 -2 5. 6 .G14 ( 1 4+* 2A /* ( 6 *-,*1 34 5 6 27 3 8 5 (+ .+2 6 -2 -. 34 1 - -2 -. 34 6 27 / ( 2J , J A., 30014 ( 1 2/ 0 +.341. 0 G- 10 30-*=, 57 A G, - G0, 6 34 0 - (34 10. : 6 27 / *, 6 *- + A 1 , C. . ,* * 4, “6 27 3 8 ( . 3 27 ,*< 7”, 34 6 27 3 8 (, -2 -. 34 1 - -2 -. 34 6 27 / ( 2J , 6 *-,*1 34 5 6 27 3 8 5. 32A2 .01 ( 2-*2 2- 8 .+ 2 + 8 ./* 8 C. . ,* , (A S* * -2, 140, , - 1 1 / 140, , A2- 2*, 6 272/* + 8 , 2 3 82/* +2 S1*+ 0J2= 2A 27 + *61 “6 27 3 822 D 1 * S7 6 *-*3 7”. T 1 /+2 A * 2( U127 2-*= , 1 2 *1 ( 6 D3*, 6 *-,*1 2 34 = 6 27 3 822. - * 8 01 ( + 212+* .+ * 2 H2* ( 1* * 126S 2 -2 2-. 32 12/* +2 2 6 *-* /* +2 2* 12 = 2 34 *

T1 11( - .+.G14 ( 6 7 ( /21 / . 6* H* 6.D3 + : 27 3 8 ( 4 8 - . – 2006. – 91. C . 1 11 6 +3 -* - 6 -4 1 27 3 8 / 27 /21 (7, 6 2 (/* 27 80- //0 - - ( -<* ( + -*, + C. . ,* (, J -D.32 ( 31 1 ( 2006 . ,. 2G .

3

6 27 3 82/* + = 1 -2 22. *-3 8 *1 ( 1 + * 6 *-*3* 2* 6 *-,*1 2 34 = 6 27 3 822 + + .+2 D 2 -2 2-. 34 S7 2 -2 -2 2-. 34 S7 6 272/* +27 ( 3* 2(7, D. 3 32 0J27 ( 2 1 2/* +2, 2 +.341. S, *-2 1 , 30-*=, 27 A 2, -*= 12*,, ,* 1 = -*(1*34 140. % : 6 272/* + *, 6 *-* /* + ( .+ , C. . ,* * , “6 27 3 82( D 1 * S7 6 *-*3 7”, 2 34 ( 6 27 3 82(, 2 -2 2-. 34 S* 2 -2 -2 2-. 34 S* 6 272/* +2* ( 3* 2(, 6 *-,*1 2 34 = 6 27 3 822. There are analyzed the ideas of a famous Ukrainian scientist Romenets V.A. connected with irreducibility, self-sufficiency, selfcreation of a psychic and accordingly flowing out of them the concept “Psychology in its own frames”. According to those ideas the problem of social psychology subject are discussed. The rooted stereotypes of social and psychological tradition which is individualistically and behavioristically oriented are severely criticized. The author’s definition of social psychology subject as a science about individual and extra individual psychic phenomena determined by historical and cultural unity of people, their interaction and common activity is proposed. Key words: psychic, behavioral science, Romenets V.A., “Psychology in its own frames”, social psychology, individual and quasi individual psychic phenomena, social psychology subject.

T 0 * 0 * 1 4 5 1 5 6 27 3 8 5 C. . ,* * 4, - , , 21 0 . =H2 H ,. E 3 E 4+ ,., +.341.3 8 / ,., A 8 34 .+ ,. + 1*+ 1 [1–3]. y + H2 1 6 83(-. D.3 -, 1 0 2 0 = 8 6 - 2< 2 4+ 5 .+ 5 - (34 1 . 12, D 34H 6 + A 0 G 1 D 1 2 , J - / A D32 0 6 2 1 10 D 1 0 , 1 = 2= 6* ,. * , - 1 1 = 1 1. 6 27 3 8 / 5 .+2, * -D , (+J , < 1 + 2 3 212 (, 6 /2 1 1. 55 6 *-,*1 , 832D + . - ,30 * 32H* D*A6* */ . +1. 34 14, = 6 2 26 . 6 D3*, 12/ 14 -*= , <-2 263 5 1*8 5, + 32 * ( - 57 D*A-., 5 6 3 8*12+2. F* A -/.G, A + *, , = 8 D* *< * 14 + 212/ * 1 3* ( - 2 . .1 8 '. . 4G 2, ,*8 -6 *+1. “ 8 2 1*12/ 8 30-2 A 1 ”, (+ ,. 6 27 3 8 ( , 3 D 1 12 A (--(, A ’(A+. , < . , 8 3.A(,2 6 A ( 30-2 2, A D , D’G( A 27 A- 3 6 2 - A 1 . 6 34 27 .+. (+

4

6 2, A- 3 4 D2, 2 (1+ . 6 2 D32 14 -3( 6 27 3 8 4 8 6 *+1. C 3 -2,2 - = 2/ 6 , / G 4 ,. 6* A 8 A2, 6 ’(A A 12,, J “6 27 3 8 (, (+ , -.,+. 4G, , G + 121.0 12 30-2 A 1 , , A 2+ G (+ G -2= 6 *-,*1 . 4 ,. < 30-2 A 1 , A -214 ( A’( . ( + *,27 E. + 34 27 A 3*< 1*= , < - 2,2 A 27 .+”. “F* * 3 - 13., /212 (+ *- 3 + 1* *12/ 27 6 H.+ 4G , (+ 832D +. .6* */ 14 1 2/ 8 1 3* ( 6 27 3 8 5”, – A . <.G ,* * 4 [3, . 346] - 3 *( = E , , 3*, (+ , 2- G14 (, *34,2 6* *+ 32 6 12 1 3(G 4G 4+ ,. ,*8 -6 *+1 , , <32 , = ,* H *E*+1 ., - + D 34H * 3 12/ . -*0 +30/* ( 6 27 3 8 5 . 6*+12 30- 4+ 5 +.341. 2 1 . / 0 1 2 1 4 5. 27 3 8 A 5, (+ 6 +32+ “6 2 * 12 * - A 2+ * ( 6 27 3 8 5, - 55 + 3 - 5 (+ G - 5 -2 263 2” [3, . 348]. * -, 0 6* *-., 0 A 21+. 6 27 3 8 5, A ,* *,, G 27 - 55 “A 5 ,*< – - + *3( 5 A H2,2 6 *-,*1 ,2, -2 263 ,2, .+ ,2” [3, . 827]. 1* 6 27 3 8 , G 27 -212 A ,+2 G5 -2 263 2, +30/ 12 55 D 34H A 8 34 . E*. “ -* 3 8 / 27 + ,6 A2 =” 32H* -3( 1 8 , D2 “6 1 , A- = 212 1* * 0 ,. 6 27 3 8 0, - H2 5= 1 1. . + 3 8 / 5 -2 263 2” [3, . 826]. F 3+ , A A., 3 , J 1 +2= 27 - 6 27 3 8 5 A -2 263 ,*< 6* *-D / G ,6* *- 57 ( 14 + * 3* 14. C. . ,* * 4 D 3 6* *<2 6 - + 2 A 21+. 6 27 3 8 / 5 .+2 . 1.: 1*, J = * -+ 1 * -<. ( 126 27 3 8 A, – 14 A A D 0 , 8 1* , “6 27 + ”; 1*, J . D 7* 2A, , 8*H1 3416 27 3 8 5, *E3*+ 3 85 1 H27 1 7 1*/ (7 6 27 3 8 / 5 -.,+2 6* H2= 63 2=H32 “ 6 J* D 3 8 A 1 ,*7 A 3 82 6 27 / 8 , (+ * , 832 * *-.+. 12 6 2 -. 6 27 / 8 A -1 ., 27 55 6 - D” [3, . 69]. z 8 * A 6 + 0 32 6ó 1.6+2 27 1*/ = +H1 31 * D 7* 2 1 4+27 “6 , < 27 A, 27”. C A 8 + 1 0 + 1 1. , J ./ 6 27 3 8 ( 6* *1 0G14 ( 6 *- + A 1 (behavioral science), J 6 2+ 1 3 11( “D 7* 2A, 6 - <.G D2 12 -*- 3 21 /* H27 E ,, 2+ 2 1 .0/2 - (8 * ( 1 4 5 E3 E 5” [1 , , ]. 5

C 3 -2,2 - = 2/, D*A6* */ , , 3.H 14. 6 2+3 -, A -/* (, |. ,D - , D 34H 14 A 7 - 27 6 27 3 8 1 + /2 +H* 2A / 014 6 27 3 8 0 (+ .+. 6 6 *- +. ( - H* () <2 5 1 12 [4]. } 6 - , 6 2 4 ,. 2 4 8 - , (+ 6 23 , +30/ 014 . 6 (11( “6 *- + ” * 1 34+2 A H , 1 + < .1 H 6 * 2, 1 + (+ ,2 3* (, *, = * + 5 1 J , (+ A 6 1* *<* 4 A H 4 5 6 *- +2 , <.14 D.12 2 *-* . 1* * AH2 0 34 * (6 27 3 8 A *) 13., /* ( 6 *- +2 (- /2 A- 1 * 6 10 + ,6* . 12 - .1 14 6 27 +2 -*E (7 6 27 3 8 / 5 .+2. -<* 213., /* * .1 6 *- + 27 + 1*8 (7 6 27 / *, 7 /* 1 8 71 4 /2 , 1 / G 0 , - 1 1 14, “ 2J*, – (+ 62 ,* * 4, – 6 -6 (-+ .G14 ( 2
. 1 / = 6 -J2 2- 1 27 ,2 321*3 +.341. 27 - (/ ,2 .3 8 ) C 3 -2,2 - = 2/ 6 2 D30 3 /2 * 6*H. /* 8. D32 +./*, (+ 1 = / , - *-* ( * 6 , < 1 6 D A , 212 2 1*,. 6 27 3 8 / 27 6 (14 2 1*, 0 6 (14 E A 3 8 / 27 D (+27- *D.-4 H27. y D1 10+ D. -3( ,* (, , < + A 12, “6 6 ,” 6 * * ( 6 27 3 8 5 , 5 *D*. 4 ,. 6 * * C. . ,* * 4 D /2 6* *-., . 1 3* (, (+ 55 A2 , + / 5 6 27 3 8 5, (+ “ -H.+.G . 7 1 7 6 27 +2 6* . A * H* 14, 6* . A+ 21 14, A- = * 14”. A , A 12, , + ,A ,* *,, “. * 4 / *D* “- 3 G”, 6* * 1.6 G 5 ,*< , * 3 A.0/2 *D*” [3, . 76– 77]. +H* + <./2, A 2 0/2 4, + A.0/2 4, 6 27 3 8 ( , G 6 1= 6 832D30 12 .( 3* ( 6 5 .1 ,*< , - + . 27 A 32H 12 (. A8 - ,. A- 3 “ 1 5 6 27 3 8 5 1 3 11(” C 3 -2,2 - = 2/ 8 3 H.G: “Tá,* 2- 3* ( G - 27 A + 6 27 3 8 5 (+ -2 263 2 1 214, , D.14, G-2 . . -3( 1 3* ( 55 *A 1* 2/ 27 6 -.+12 27 + *3( = 1 - 34H 5 + 3- 5 A - = 5 .+2”, D : “ / (+2,2 D2 6 -.+12 2,2 A- 32 ( 1 1 + *3( 5 6 27 3 8 5 A H2,2 .+ ,2, A 30- 4+ 0 +.341. 0 3 ,., - = 2= 6 1.6 6 27 3 8 5 2A / G14 ( *, 55 , 1 = 1 , G - 10 55 ” [3, . 356]. F ,*1 - 3 8 / 1 2, 8 - G, , , <.14 6 2 D.12 6 +3 -* . 2 H* ( 6 D3*,2 6 *-,*1 345 6 27 3 8 5. * *7 -(/2 - *5, A D2, -*(+ A 1* *<* (. 2 A 6 8 0 1 2, ( - 6 H.+ . 2 D 34H A, 1 8 2A /* ( 6 *-,*1 6 27 3 8 / 5 .+2 3 ,., A., 3* 27 .<* , 0 “A 8 -+ 10” 6 27 / 8 <211(, (+ 6 .+ G 6 27 3 8 6* , * 1 - 2A / 12 1 6* * 2A / 12 6 *-,*1 57 - 3 -<* 4 [5]. , ,6 .014 D*A6* */ + , * 2 12/ 6 D2 A 1 1 < * ( 6 *-,*1 D’G+1 6 27 3 8 5, A- = 0 , A + *, , . . D.347 0, C. . y 1* + , 1 H2,2 1 ,2 .D’G+1 5 6 -28,2 [5–7]. - + 34 6 27 3 8 ( 4 8 - 6* *D. G 1 ,. ,*1 - 3 8 / 5 , *E3*+ 5, (+ ,. 1 +* A 1 1 < * ( -3( *5 J* * G 6* H /* 8 +1. 34 2,. y2, 6 /* 6* *-/ 2, D.3 7

D 3 - , A '. . 28 2, 8 212 6 6* 6*+12 . “.1 / * ( 1 AD 8 /* ( .( 3* 4 6 6 *-,*1 34 5 6 27 3 8 5 A 7. + +30/* ( - 4 8 27 ( 2J 6 D3*,” [8, . 33]. y.1 + * 12 A , 014 D.12 A , H. H 6 83(-, 2 , . 3 - * 12 * 6 AD 8 /* ( /2, 12, D 34H*, AH2 * ( 6 *-,*1 34 5 6 27 3 8 5, 6 = 8 *3* 1 * 2A /* ( D - = . 6* H ,. D32<* , D - = (+ D’G+1 (/2 6* 8 + 3 D’G+1 ) 6 A (. 3* 1 +* 2A /* (, (+* D A 32H 3 55 . 3 27 ,*< 7 ,*< 7 6 27 3 8 / 5 .+2 A 8 3 , /2, 1 / H*, 6 * 1 3 ,*< . < 34, .6 - < D 8 14 7 -* (123 14 6 *-,*1 345 6 27 3 8 5 2A / G14 ( 1 +2, /2 ,, J 55 <+ D = *, <32 -* 12E +. 12 (+ .+. 6 6 27 +., A + , 1 E. + . ( 1 A 21+. 1 4 5. *-*, -*(+ 2A /* (, 126 -3( =D 34H 6 1.< 5, ,* 2+ 4+ 5, 34 6 27 3 8 / 5 1 -2 5: “ 34 0 6 27 3 8 G0 G .+ * 2 /* ( -. 6 *- +2 -2 - . A ’(A+. A - G0 4 8 34 8 12,.3.” [9, . 8]; “ 34 6 27 3 8 ( – * 6 - A- 3 6 27 3 8 5, 6 ’(A 2= A + + *1 - .+ 2, 2 /* (, 6 *- +2 -2 - (+ E. + 5 34 27 12,.3 ” [10, .1]; “ D’G+1 , 34 5 6 27 3 8 5 G 2 /* ( A 3*< 1 1 A G, A 3*< 1 , < -2 -. 34 2,2 6 *- + ,2” [11, . 3]. A 8 34 2 H2 6 - D 2A /* (, . 336 1 - =H 2+., J “6* * < D 34H 14 34 27 6 27 3 8 A83(- G 0 -2 263 . (+ 6 D. A A., 12 6 ( 212, (+2= 632 6 3(G -.,+2, 6 /.11( 1 6 *- +. -2 - - = , .( 30 D 8 6 *- + H27” [12, . 3]. y +* D,*<** A., ( 6 *-,*1 34 -6 27 3 8 / 5 .+2 1970-7 + 7, (+ - , , 2+32+ 3 8 1 . + 212+. A D +. 3 8/ A G 1 27 A 7 - G 6*= 4+27 34 27 6 27 3 8 – T. + / , . y*-<E*3 , . * 1 . [13], (+ . - ,232 3 * 1*, 6 J 8 2 C. . ,* * 4: “ 27 3 8 ( (- - , : 34 12, 6 /*. – . .) A 55 6 2 26 , -2 -. 3 A 5 A 7 -214 . D*A 27 -4” [3, . 816]. 1 2 “ 12 ,* 2+ 4+ 8 D. 1.”, J 1 ( 1 34 = 6 27 3 8 5, A, 1232 + * 1 3 A. H2 +2= 8

34 2= + 1*+ 1, * 34 ( *-*+ 6* *,* 1 34 ) 21. 5 A G, - 5 30-*=, , <8 .6 1 . +2. - + . 6 3*, / ,. A A(11 D32 * D1(<. 32 *D* , 8 (,2 2A /212 55 6 *-,*1 .1 . 6 2+3 -, T. + / 62 : “F 2 - 3 -<* ( 34 5 6 27 3 8 5 – * 8 .62 1 -2 -2, (+ 1 (14 0 * 34 14, +* .014 - * - 2, 1 0014 (+ A ’(A+2, J 57 6 G- .014, 1 + -, 1 , (+ 57 A,*< .014” [13, . 60.]. 1 *. T+ A D2 = D 8 1 , 1 - / <+ 6 AD.12 ( <* (, J * + A / 8 4 = .11G H 8 . *-* * 2A /* ( / 1+ E + .G 6 *-,*1 34 5 6 27 3 8 5 32H* 34 D’G+12 (8 .62 1 -2 -2), J , 014 D.12 6 3 A . - 3 - 2+ , 1. * 34 14, (+. 3 - 6 2 4 ,. 2 / 12, + * 30G, (+ D /2, , - 214 “1., ”. 2 - , * A 32H 3 6 1 -3( 6 - 34H27 13., /* 4 34 5 6 27 3 8 5 -. 6 *- + A 1 , A *-* ( 6 2 -2 6 27 /8 “- A -1 ., 27 55 6 - D”. -1 + 34 6 27 3 8 (, (+ “A 3*8+ 5 .+2” A 7 - 27 + 3*8 ,. 214 (/2 , <*?) 2 / 12 /*D1 * 6 27 +., 1 34+2 6 *- +. ( - H* (, A ’(A+2, - 2 2 1 J ), 2( 23 ( 6 2 */* 0 * + /* D*A63 - -2 +. 5 J A,*<. ( “6 A 34 27 1* 21 =” A 3 8 G0 1 H2,2 .+ ,2. *- + 13., /* ( 6 *-,*1 34 5 6 27 3 8 5 D 6 2 =, 57 1* , 3 8 / -6 - 2+2 - , /2 ,2, 7 14 A 0 32 ( = -( 4+2,2 A 0014 ( 6 1 -( 4+2,2 34 2,2 6 27 3 8 ,2. y < 4 8 D 34H 14 = 4+27 1 1/2A ( 27 1 A83(- G 55 (+ .+. A 6 - = 2, 6 *-,*1 , (, 014 2 / 12 4 (+ -2 -2, 1 + 8 .62, J A 6* */* 4 * 2+32+ G), 3* , *= 6 *-,*1 / 1 -8. 1 62 .G14 ( * A 6 27 3 8 / 27, * 6* 2E / 27 -3( 6 27 3 8 5 1* , 7. =126 H2= 6 2+3 - – A 8 34 - ,*, + * * . 6 27 3 8 / 27 3 2+ 7 2A /* ( . . - *G 5, A8 A (+2, 6 *-,*1 , 34 5 6 27 3 8 5 G . ##4 # , 5 4 2/ # 1 / 0 5., 6 . / 0 / 1 / 0 5. [14]. * <+ 6 , 1212, J 4 ,. 2A /* 6 27 3 8 ( 6 2 .1 (, – -*J “6 283.H* ,.”, * *34,2 2 A ,. 283(- , – / ,. 4 32H . 7 +1* 2 12+ 7 8 .6, -2 3+ , 6 -D 7* 2 1 4+ ,. =-*14 ( 6 6 *- +. - (34 14. 9

D.14, -/. 0/2 0 6 3 12 14, H - , 1 2 ('. . 28 , . . T.7 , •. . D -•*,D 2+ 1 J ) , 8 014 ( 2A / 12 6 *-,*1 34 5 6 27 3 8 5 /* *A 1 + 6 (11(, (+ “ 34 6 27 + ” [8], “ 34 -6 27 3 8 / ( 2J ” [16], “ 34 -6 27 3 8 / * 34 14” [15]. F 2A /* (, D*A., , 1 0 12 (+ + + 34 5 6 27 3 8 5 “. 3 27 ,*< 7”. 3* 57 , A32 2, , *, 6 (- A 34 1 , 1 1 3 8 / 1 G 1*, J A8 6 (11( A A 2/ = , 6 1 *D.014 2A /* (. + 32 1 2, J 2,2 6 3.8 .014 (, 6 /2 014 57 2A / 12, A 27 2A /* 4 .6*1 “ 12 / 14 .7 ” 1 8 < D 7* 2A,., 34 6 27 3 8 ( A . 62 (G14 ( “1* 21 5” . - 4 5 3 8 5. 2, ,, '. . 28 6 34 0 6 27 + 0 A., G D32 1 * 32H* 6 27 / 8 1 . (- */ , / ,. 1 34+2 1 .? -* 6 - 32 ( H 6 27 / ( 2J – 6 * 2, 3 12 1 ?), = “6 *- +2 -2 8 .6 , , 1 + 3*+12 ” [8, . 46]. 34 6 27 3 8 / 27 ( 2J, + ,, + < , , 1210- , 1* * 126 /2 1 5 , A 7 .014 ( = 1 + * 6* 2E / -3( 6 27 3 8 5 D’G+12 , <-2 263 8 1* * ., (+ 6 34 1 , 6 3+. (, + E3 +1 1 J [15; 16]. * 57 = 6 27 3 8 / 2= “A A”! 1<*, =6* H 0 2, 8 0 - 2A /* ( 6 *-,*1 34 5 6 27 3 8 5 /* 2-4 , G D.12 6 A2 . ( 55 (+ .+2, J 2 / G . .8 2, 8 – 1 3* ( , -, 1 57 - 127, (+ 1 -2 = - 3 -<.G A 8 34 6 27 3 8 (. 1 1. , 1 = 5 6 27 3 8 / 5 -2 263 2 E. - ,* 1 34 8 ( 34 6 27 3 8 ( A, <* 6* * 6 *1* -. 12 32H* A ., 2, (+J . G,. 6 *-,*1 E + . 12,* * 1 34+2 6 27 / ( 2J -2 -. 34 8 - 6 A ., 6 2/2 * 34 2,2 6 * ,2, = 1 , (+ 6 2= (1 A2 12 # # #5 , – 8 .6 , + 3*+12 , , . < 34, 2A ( 57 1 3 8 / 1 ( * 34 1 , *,*1 E 2/ 1 ) 6 +2 J A 32H G14 ( “+ ,* *, 6 12+ (” -3( D 34H 1 6 27 3 8 , A + *, = 1/2A ( 27. *A < 0/2 1*, J , A C. . ,* *,, “6 ’(A. 12 6 27 / . - (34 14 1 34+2 A * 0 2 1*, 0 – - D / = D*A - = 6 ” [3, . 815], 6 27 / * - ,2 3214 ( ( ,63 21 D = *+ 63 21 ), 6 .1 , (+ + *3(1 1 3* 8 .D 1 1. – , A+. + *, 5 30-2 2, A + , 1*= = 8 *= -2 , +2. - 2, A8 - A 3 8 + 0, (+. . .I27 * A2 “ *721 ,.- 0” ( *A ,S 3 1 =) [17, 10

. 40], D214 ( 2 +, J 6 A + *, 0 30-2 0 < - 27 6 27 / 27 ( 2J *, G = D.12 * , <*. 2 4 ,. E +12/ 8 .014 ( 1 + 63 .+ -*5, (+, + < , , 13., /* ( 6 27 +2 (+ E. + 34 8 8 ., J D* * 6 / 1 + J* A ./* ( 6 - , 1. . . 71 , 4+ 8 = +12 2+ 2 1 . 3 4 . . •* 14G 2,. 12, / , -*5 6 21.3 6 - -(14 - 2A ( 1 3 8/ 1 - -2 -.34 8 . y +, = 4+ 6 27 3 82 C. . /* + 1 ƒ.'. 8. A A / 014: “ .H , 6 27 + , - , 14 , <.14 A83(- 12 4 (+ E. + 34 8 2 -2 - , 1 5 5 ( 2- 3* ,2. – . .). T ,* (+ E. + 34 , * 1 , , E 3 8 / . y2, * ,* H* 8 2 , 014 0 D32 . D.- ., /3* . (, , 014 3 . D -2 , / ., /.11G ., ,2 321*34 ., *, = . 1+ 2 .” [18, . 121]. 3* D32H, 0 2 H 4 ,. 6A ( -*J 7 3 12/ . .6* */+.. 3( C. . ,* ( D.3 /* 2- 0 *6 A 14 “, < D2 1 27 6 - =”, “ .,* 34 8 + 3. 1* 6* 34 8 A ’(A+.” 1 J [19, . 391]. y < ,2, 6 8 -<.0/2 4 A 2,, 2A =, : ./ = . J* * 6 - 23. - 1*,* A’( . 12 E A 3 8 / . (D 3 8 / .? E A2/ .?) 6 2 -. - -2 -. 34 27 6 27 / 27 ( 2J. - + 6 1 2, = 1.6* A 621 (: /2 32H* - -2 -. 34 27? * <* * = A , <- + 6. 12 ( *= -2 , / 8 6 -„ . 1( 1 +27 .1 -2 -. 34 27 ( 2J, (+ - D A, + 12 1., <211G 2= H3(7 /2 <211G 2= 2D D2 1 1 ? y J , 57 1*< 3 - 2 * 12 A ,*< 6 *-,*1 6 27 3 8 5? + * 6 2+ , .6* *-<* ( J 1 3 8 / 8 1 1. . - -2 -. 34 8 -1 0014 6 *-32 A+ 212+ J* T T 1* * 1262 -2 -. 3 12/ A G 1 5 34-6 27 3 8 / 5 1 -2 5, 6* *-. , ,* 2+ 4+ 5. y 6 - + 6 3(8 G 1 ,., J , -, . 57 -( 4+27 6 1 -( 4+27 + 212+ , ( 1 -2 (, (+ 1*6* A’( .G14 (, . - ,30G 3 D,*<* ( * 6 6 H G A 6* */. 12 1*, / 8 * - 3 -<.G. 6 2+3 -, . 6* *-, = 4+ 8 2( G5 3 A 5 + 282 “•0-2 21. (: +2 34 5 6 27 3 8 5” 55 1 2 •. 1 . D*11 6 + = , D*A D.-4-(+ 8 - 2 ., 3* = *- A / A . <.014, J , 62H./2 55, A., 32: ,* 2+ 4+ = 1 -2 5 “ 3 12 *71. 12 + 3*+12 2,2 6 27 / 2,2 6 * ,2 + 2 14 6 * -2-. 34 5 6 27 +2” [20, . 20]. 1<*, =-*14 (, (+ D /2, , * 6 11

1 3 8 / . *, <32 14 6 27 +2 - -2 -. 34 5, 32H* 6 55 * 2 /* 14, *6 A 14. 3* <: “ *A ( – * 8.,* 1”, – A 6 - C. . ,* * 4 [3, . 815]. *= A 6 1 1 D 6 ,’(1 12. y *14 0 .11G 0 2, 8 0 - 2A /* ( 6 *-,*1 34 5 6 27 3 8 5 , 2- G14 ( ! " " # , . (- /2 3 - , A 1* + 1 ,2 , < < 12 G-2 0 6* *-., 0 . ( - -2 -. 34 27 E* ,* 32H* D*A6 * *- 0 /2 2, 3 /6 * *-+ . A G, - 0 30-*= D – -( 4+ ,. 1 – 57 0 6 34 . - (34 14. y +* 13., /* ( G 6 , 2,, * D7 - 2, 6 2 26 <32 2,. 3* * < *- 1 1 ,, + 34+2 6 A ,*< ,2 6 *-,*1 34 5 6 27 3 8 5 A 32H G14 ( 32= +3 -2 -. 34 - - -2 -. 34 27 ( A *, 57 1 +) 1 .+1. 27 ( 2J, 6 ’(A 27 6* *-. , A + 3*+12 2, * - ,2,, – 1 < 0 8 4+ 7*1262, + 1 (+J = , < “ 2* 12” A A G, - 5, 1 1 + = - 3*+ = 1 2/ = /2 14 - 1 2/ = *1 6*+12 , A83(- (+ 5 + + *1 - .+ ,. 63 6 1 1 / G * . * D7 7 . 12 -*(+. . 5 7 1 -2 -. 34 -6 27 3 8 / 27 6 * ( 2J, # D*A6 * *- 4 * A., 3* . A H 4 0 A G, - G0. 4 ,. 8 3 H. T.•. | +, D 34H* 1 8 , , <32 A -, 0 + 1*8 2/ 10 6 3(8 , J 1 34+2 A 4 8 6 83(-. = , <-, 32 A 8 3 34 6 27 3 8 (2, 6 2 26 6 27 3 8 5 -2 -. 34 5 ( 2 H 7 1* , 7 – A 8 34 5); 1 + 6 27 3 8 (, (+ “6 A G ( 2J “(” = 8 A J* 1 A “12”, = 8 <211 . 6* H G- 1 “,2”. -1 + 1 * -<. : “ 4 ,. A ’(A+. , <32 1 + < 6 27 3 8 ( , 8 “,2” (+ 3 A -.H* 1

- 3 , J D . 2+ .12 A -1 “*+A 12/ 5” 1* , 3 8 5, 6 6 .G, A2 12 0 6* 2 . A J* 14 * A- 34 14 6 1 H* – 1 2/0 1 +.341. 0 G- 10 30-*=. 2 2 1.1 * , G, A, 82 A.62 (12 ( A., 3* 27 A 2,2 6 2/2 ,2, A + *, = 1* , 3 8 / 2,2, .6* */ 1(7 . 34 = E 3 E 5 T.•. | + , (+ = 1*A2 6 A J* 14 -.H* 8 <211( -2 6 G- .014 ( A 6 1.30 (, .1 -2 -. 34 8 7 +1* . 6 27 /27 ( 2J, A 6* */* (, E* ,* + 3*+12 5 .D’G+1 1 1 J . 12

27 1 ,J 3 - 014 3 0 8 .6 0, D 8 1 G- 10 30-*=, 6 34 (+ G- 14 6* *<2 014 ( D 8 14, ; 3 A -.H* 8 <211( 1 6., , 2, 6 2 -2 “8 , - 4+ 5 -.,+2”, 6 27 3 8 ( ,*= 8 <211(, 0A , +3 , 5 1. .” [21, . 68]. -*5 | + , D*A6* */ , *A .014 A-.,2 C. . ,* ( A 6 2 -. A ’(A+. -2 -. 34 8 A . *A 8 34 2,, 6 2+3 -: “y21 7 /* 6 - 3 12 85 D. (+ 8 , 3* 2, .= .G + ( 3 8 D.11(”, “ .+ 6 27 3 8 ( 6 1 *D.G 1 1 8 A 832D3* ( . 6 2 -. 30-2 2, D2 6 A 12 *30-4+*, 8 .6 *, -2 -. 34 *” [2, . 87, 599], “ *6 1 * AH.+.014 /* *A =832DH* . 6 27 … ( 832D2 G =832DH2= „ . 1 6 34 8 ”, “•0-2 6 1 014 (+ 2 + 6 - * 232, 1 ,. J , 014 *32+. *+A2 1* = . D A. 8 D.11(…” [3, . 77, 825] 1 J . 1<*, 6 - ., .0/2, < G, A , <32 * A 6 6 . 12 1 +* 2A /* ( 6 *-,*1 34 5 6 27 3 8 5. F* – " " ( " , , ) , " " " ' , # ' ' , (A D2, * * . D + 6 *- + A 1 ) ! " #, " # ( " # . H. -.,+., A 6 6 * 2A /* (, + , . 4 8 H 8 , 1 0G 6* *-., 2 -3( 6 2/*1 1 34 6 27 3 8 / 5 .+2 1 3* ( , ( 5 C. . ,* *, + / 5 6 27 3 8 5, + 1 . , -7 -(/2 . / 14, D /2 (+ 2 1*A -2 -. 34 8 A 8 34 8 . "

5

1. 9 1 . . 1 ( 6 27 3 8 5: T1 = 1. T* *+2. C - -<* (: /. 6 D 2+. – ., 2005. 2. 9 1 . . 1 ( 6 27 3 8 5: XVII 1 3 11(. 6 7 1 2 1 : /. 6 D 2+. – ., 2006. 3. 9 1 . ., / :. . 1 ( 6 27 3 8 5 1 3 11(: /. 6 D 2+. – ., 1998. 4. Zimbardo P.G. Essentials of Psychology and Life. – Glenview, Ill, 1979.

13

5.

. . *-,*1 6 27 3 8 / 5 .+2: .D’G+1 6 -28, // .+. 1.- 5 A . 1 6 3 1. 6 27 3 8 5: D. 1 1*=. – ., 2003. – T. 23–42. 6. B5 / 4 . . 1*8 2( .D‰*+1 *,* = 6 27 3 822 // T./ 6 27 3 8 ( ,. 2, : 1* 32 y *1 7 10+ 4+27 /21 4: 2 1. – ., 1994. – y.1. – T.4. 7. *-,*1 2 ,*1 - 6 27 3 822: 1 3 82( / - *-. .'.T1 =1* + . – ., 2005. 8. %0 C. . T 2 34 ( 6 27 3 82(: /*D. 6 D2*. – T D., 2003. 9. Sherif M., Sherif C. Social psychology. – New York, 1969. 10. Jones E.E., Gerard H.B. Foundations of social psychology. – New York, 1967. 11. Zajonc R.B. Social psychology: an experimental approach. – Belmont, Kal.,1966. 12. Allport G.W. The historical background of modern social psychology // The handbook of social psychology / Ed.G. Lindzey, E. Aronson. – 2nd ed. – Addison-Wesley, 1968. – V. 1. – P. 3–56. 13. The context of social psychology / Ed. J. Israel, H. Tajfel. – London, 1972. 14. # !. . T 2 34 ( 6 27 3 82(. – ., 2002. 15. B -" B ".V. T 34 6 27 3 8 (: D 2+. – ., 2003. 16. 5/ . . *-,*1 2 34 -6 27 3 82/* + = 1* 22 // T 234 ( 6 27 3 82(: /*D. 6 D2* / - *-. . .T.7 , . . * + / . – 2-* 2A-., 2 6 . – ., 2003. – T. 8–14. 17. W / . . T *,* ( 2 34 ( 6 27 3 82(. – ., 1999. 18. X . ., 05 V.C. *3 *+ A 2 0J2= (: /* +2 2= + = 6 27 3 822. – ., 1994. 19. 9 1 . . C/2 + 1 30-2 2 // 2 6 27 3 8 5 / A 8. *-. .C. 2 2/.+ , C. . ,* (. – ., 1993. – T. 383–402. 20. 9 "., B 9. *3 *+ 2 21. 2(: +2 2 34 = 6 27 3 822: * . 83. – ., 2000. 21. .". .7 S* S DJ* 1 . – ., 1992. © 56 789% :

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+ * 3* A, 1 1 4 7 6 -7 - - 6 8 A. ( 34= 6 27 3 8 5: 1. 3 12/ 8 , 2 * 8*12/ 8 1 8* ,* * 12/ 8 , -* + < A 6 -28, G G - 0 -6 --0 6 D3*,. “ .+ 5 *- 1 1 1 ” 6 8 A. ( A /* = 8 3.A . . <* D,*<* 14 , <32 1*= *+ 1 6 3( 5 -3( 34 5 * 34 1 , 6 2 26 . *6 8 A 14 - +3 - 27 D 8 1 * 27 2 1*,, - .1 14 6 (,. ( 6* *-D /. 14 1* 6 *1 (7 ,2 3 1*=. 8 3 H* , J + <* A 6 -7 - G . + 34 2= 1 .,* 1 = 1 = <* / , G 5 ,*< . D3* 2 +, J 34 6 27 3 8 ( (+ .+ ,*< “ 1. 6 2 -2” = “ 1. D -2” 6 2 */* + 21* 34. A,21 14 57 6 8 A . : 6 8 A. (, 1* (, 6 8 12/ 2= * 212/ 2= 6 1* 3 1* 5, ,*7 A,, *+ 1 6 3( (, 2 * 8*12+ , 8* ,* * 12+ . /* /* -* < 2* 1 *7 6 -7 - + 6 8 A2 20 2 34 = 6 27 3 822: 1. 32 12/* + 8 , 2 * 8*12/* + 8 2 8* ,* * 12/* + 8 , 8-* + <- ( 2A 6 -28, ( 3(*1 ( * D AS, 1 *1 , 6 D3*,. “ ./ = *- 1 1 / 12” 6 8 A22( = 1 32. 1,*/* S 8 2/* 14 A, <1*= U+ 1 6 3( 22 -3( 2 34 = * 34 12, 6 2 262 34( *6 8 A2 .*, 14 * 7 3 < S7 , 8 . * S7 2 1*,, 1 .1 1 2* 6 3* 12 6 *- + A.*, 14 2 1* 6 *1 2(7 ,S 3 2 * 1*=. -/* + .1 , /1 + <-S= 2A 6 -7 - 6 *- 1 3(*1 = . 2+ 34 S= 2 1 .,* 1 2= 2 1 <* *,( D.<2 *1 2 8 2 S. T-*3 S -, /1 2 34 ( 6 27 3 82( + + .+ 8 2 * “,2 6 2 -S” 2 “,2 D -S” D */* + 21* 2 34 .0 A,S1 14 27 6 8 A . % : 6 8 A2 2*, 1* 2(, 6 8 12/* +2= 2 U 2 12/* +2= 6 1* 2 3 1* 22, ,*7 2A,, U+ 1 6 3( 2(, 2* 8*12+ , 8* ,* * 12+ . The content of three attitudes towards prognostication in the social psychology has been outlined, these are naturalistic, synergetic, and hermeneutic ones, where each of the paradigms is an original pe15

culiar solution of the problem of the “scientific insufficiency” of the prognostication in the realm designated. Limited nature of the extrapolation opportunities for the social reality has been observed as well as fundamental impossibility of prognostication of super-complicated multilevel systems development and lack of aiming at the predictability in the interpretations of senses and values. It is stressed that the social psychology as a science being situated on the border of “the world of nature” and the “world of freedom” is doomed to the criterion erosion of its prognoses. Key-words: prognostication, theory, prognostic and heuristic potential of the theory, mechanism, extrapolation, synergy, hermeneutics.

B 5, J A83(- G14 ( 1 11 , , < E ,.30 12 1 +: (+2,2 G ,*1 - 3 8 / 6 - 1 2 -3( A- = * ( 6 8 A. ( 34 = 6 27 3 8 5; /2 G 6 - 1 2 A G, .A8 -<*2,2, /2 2 .6* */ 14 - =; (+2, /2 , ,*1 - 3 8 / 6 - 1 2 6 8 A. ( 34 = 6 27 3 8 5 6 - (14 ( A A 8 34 .+ 2,2 6 2 26 ,2 6 8 A. (. +1. 34 14 6 D3*,2 A., 30G14 ( 6* H. /* 8. 12,, J 6 2+3 - , 6 +12/ 6*+12 A 21+. 34 5 6 27 3 8 5 - , .014 - 1* *12+ -,*1 - 3 8 / 2,2, -1 + 26* *-< 014 57. | +12/ 6 8 12/ + ,6 * 1 (/2 6 2=, 6 *1* A ( 6 8 A) , 1214 ( D 8 14 7 34 6 27 3 8 / 27 - 3 -<* (7. 1* - 214 / 1 * 2 +2= * 4 D„ . 1 1 1 +27 34 -6 27 3 8 / 27 A 4 .1 .- 0G A ’(A ( 621 ( J - 57 6 8 12/ 5 +3 - 5. =/ 1 H* 1.1 AD* 8 G14 ( 3 8 + *+ 1 6 3( 5. 1 ,, 6* 34 27 6 4, 6 2 (/* 27 „ . 1 ,. - 3 -<* 0 6* 2E +2 6 8 A. ( 34 = 6 27 3 8 5, *, G. C0 2A 0 6 A2 5, A (+ 5 2 1.6 G 1 . = 1 11 , G A 1 . ( 6 2 26 1 4 7 E 3 E 4+27 6 (,+ (6 A212 A,, 2 * 8*12+ 8* ,* * 12+ ) -3( +3 2E + 5 ,*1 - 3 8 / 27 6 - 1 6 8 A. ( 34 = 6 27 3 8 5. F 1 2 +3 2+30/ 014 - .. 1* < - A 27 * , <* , 6 D A D*A6*/212 34 . 6 27 3 8 0 - 1 1 , *, ,*1 - 3 8 / 5 D„ . 1 1 55 6 8 A . T6* 2E + 34 -6 27 3 8 / 8 A ( 6* *-D / G +3 - 14 ,*1 - 3 8 / 27 6 - 1 , A - 14 57 -2 263 5 6 (, 1. : A’( . 12 A, 1 1 D32 1 27 6 -7 - 6 8 A. ( 34 = 6 27 3 8 5, A + *, 1.16

3 12/ 8 , 2 * 8*12/ 8 8* ,* * 12/ 8 ; 2A /212 J - + < 5 A /* 5 6 -28,2 55 2= 1 .,* 1 = 1 ,*< A 1 . (. D3*,2 6 8 A. ( 34 = 6 27 3 8 5 A., 30014 ( 6* H. /* 8. 55 6* 2E / 2, -2 263 2, , *,. - 8 D +., 3*<214 - H2 + 8 6*+1 34 27 .+, A - .8 8 – - D 34H 6* 2E / 8 + 3 .+ 8., 1 27. C3 *, A6 - 3 .+ 34 = 8., 1 G ., 2,, 6 1* , G = * : (+J 34 .+2 (6* H A * 3 8 ( = *+ ,+ ) G 1.014 ( 6 A212 1 4+2= 6 *+1 A 21+. 6 A (, 1 8., 1 A G 1 341*12 E 3 E 4+ -,*1 - 3 8 / 6 - 32 2 A D*A6*/* ( .+ 8 6 * .. +J 34 27 .+ 7 AD* 8 G14 ( - , . ( 2 1*, 8 6 -7 -., + 32 1 .+1. - 3 -<. 5 * 34 1 < G14 ( 1 =+ 0, A + -6 - 0, 6 ( 0 0, -1 + 6 8 A 0, 1 8., 1 .+2 , 8 014 ( 1 + /2 1 + -D212 E* ,* 30- 4+ 5 .D’G+12 1 : /2 1 2 <* 2= . +.341. , /2 3 1* 1. , /2 , 3* = 6 *. +J 34 .+2 +12 - 61.014 1 .,* 1 = 6 2 - 2/27 .+ - 6* 2E +2 34 5 * 34 1 , 1 8., 1 -2 263 2 - +3 - 014 A. 234 . 6 H.+. 341* 12 8 - 3 - 2 4+ 8 1 .,* 1 0. T 34 6 27 3 8 ( G “-2 263 0 ,*< ”: 6 G- .G . 57 -2 263 27 ,*< 7 ,*1 - 3 8 / A. 233( D 7 1 , 8 G14 ( 2+ 2 1 12 * =D 34H + 1 .+12 *, * 3 12/ * = 6* 6*+12 *. C -1 + ,*1 - 3 8 / 2 -3( 6 8 A. ( 34 = 6 27 3 8 5 < -1 H2 + /**A AD 34H* , <32 1 A 27 + ,D = 127 D 127 ,*1 A 8., 1 2 12+2 /2 6 A212 1 4+ 8 6 *+1.. 32H G14 ( *D*A6*+ 6 12 ,*1 - 3 8 / . *6* *D 32 14, J * -+ 6 - G14 ( ./ 2,2 ,*1 - 3 8 ,2 (+ 1* *12+ -,*1 - 3 8 / 2= 630 3 A, [1]. 1* 6 H.+ ,*< , < 2 1*A , 1 *+3*+12+ 0 A 32H G14 ( +1. 34 2, -3( D.-4-(+ 8 .+ (, /*D1 +3 - ,*1 - 3 8 / 21. ( 34 5 6 27 3 8 5 G -H* 55 6 1* 3 ,, < 6* *6 0. } 1 .G14 ( 6 8 A. (, 1 8 3 6 D3*,2 -3( 34 5 6 27 3 8 5 E ,.30G, 1 +: (+27 ,*1 - 3 8 /27 6 - 1 7 , < D - A 3212 - 3 -<. 12 6 27 / 1 17

2 6 * 2 ( *7 = - -2 - = 63 J2 ) 3 8 / 2,2 /2 6 1 3 8 / 2,2 A D ,2, (+ + 1 .= .A 8 34 * (, D’G+12 5, D 1 8. ( , A *H1 0, + 34+ 5 2 <* 1 ? } D -6 12 * A 621 (, 6 3 A.=, 6 8 12/ 2= 6 1* 3 1 4 7 6A 34 27 6 -28,: ,*7 12/ 1. 3 12/ 5, 2 * 8*12/ 5 8* ,* * 12/ 5. 1* 6 / 1+. 1 E ,.30 12 A . 82 - 6 2 26 5 ,*1 - 3 8 / 5 G- 1 1* 5 6 8 A.. 8 A – 6 (11( D 34H .A4+*, < 6* *-D /* (. 2A /* (,, 6 8 A G 1 * -<* (, 6 , =D.1 G .+ 5 1* 5 (+ 55 6 - ., +. 4 8 6 83(-. 6 D3*, 12/ 2, G 14 2 + *,3* ( 6 8 A. (+ + *, 8 A 2-. A (. 8 A G -H* E. + 34 2, *<2, , .+ -1* *12/ 8 A (, < = 8 A 2- , /2 126 ,. '.-4-(+ .+ 1* ( 62 .G, 6 ( 0G 6 8 A.G [2]. ,*< 7 6 8 A. ( 34 -6 27 3 8 / 5 * 34 1 =6* H2, G A ( + *+1 8 2 + *,3* (, E ,.30 ( A 21+. 6 8 12/ 5 +3 - 5 34 -6 27 3 8 / 5 + *6 5, (+ 5 - 3 -<.G14 ( 1* D 1* ( 2J* /2 6 * . -<* .+ 1* ( * , <* 1 . 12 ( 32H* ,2 .3 8 /2 1*6* H 4 8 : 3 *, “1* *12/ 14” A ( 6 3(8 G = 8 “,*1 1*,6 34 1 ” – A- 1 1 7 +1* 2A. 12 D’G+1 6 A ( 6* ,. / ,. 6 , <+.: ,2 .3 8 , 1*6* H 4 8 , =D.1 4 8 . 1* 3 - A A (12 6 8 12/ 2= 1 * 2 12/ 2= 6 1* 3 1* 5. 8 12/ +3 1 .G14 ( 6 *-,*1 1* 5 A + *, = 8 , =D.1 4 8 1 . 6* ,. / ,. 6 , <+.. 1 , 14 * 2 12+ 1* 5 – * 55 A- 1 14 -+ 2 12 6 ( 0 12 J* * - , E +12. C D 7 26 -+ 7 , G, 6 .A G - 2, “A D 8 (, 6* *-”. 1* A A., 3 , J * 2 12+ 1 .G14 ( * , =D.1 4 8 1 . */*=, , =D.1 4 8 1 . H 8 6A ( 27 */*=. +H* + <./2, .+ 1* ( A- 1 * 32H* “6* *- + 12” , =D.1 G - 3 -<.8 6 * . /2 ( 2J ( 3 * 6 8 12+ ), = 3 2= A 21 + (* 2 12+ ). y +, . ,*1 - 3 8 / = 21. 5 2D . , < - , D 34H* 1* (,2 D2 G14 ( 1 , (+ , G D 34H2= * 2 12/ 2= 6 1* 3, 1 D1 A- 1 6* *-D /212 D 34H. + 34+ 14 E +1 [3]. 1 , 14 18

1* G0 “ad hoc” A2 014 1., (+ 6 2- 1 -3( 6 ( * ( 32H* 6* 8 , .<* A A - , 8 D . E +1 (1 / H* “ , 3 =” – * 6 ( * 27 6 1* *<. 27 6 - =), 6 2 4 ,. A + , 1, (+27 D.-.G14 ( 6 ( * (, 6 H2 0014 ( 32H* 0 .+.6 14 E +1 , (+27 H27 E +1 – 127, (+27 ,2 J* * A G, , 2 * 12 A G5 1* 5 * , < . 6 2+3 -, 6* 27 8 6 1*A J - A + , 1*= .7. 63 *1 D.3 6* *-D /* . ( * - , 5- 1 8 63 *12. | +1 . ( 55 1 .G14 ( 1*6* H 4 8 14 ,2.3 8 , 6 1* - 3 - 2+ 1 2, A (6 *= E +1 * *,6 2/ 2,, 6 * *-+ 2, H3(7 ,, 4 ,. * “ 26* *-2 ” *,6 2/ * 6 A (. 8 34 .+ * A A * ( 6 8 12+2 1* 5 1 55 * 2 12+2 1 .G14 ( 34 -6 27 3 8 / 5 .+2. (- /2 * A A * ( , G (+. 4 6* 2E +. J 34 6 27 3 8 / 5 1* 5, 6 1* E +1 , 8 = 8 . ( 34 ,. 6 8 A. .+ * 3 - , 12 . A . A , A 12, <32 2, A 32H G14 ( A., ( * -- 341 6 8 A. - 1* 5. •2H* ., , < 1 212 A ( 6 8 A. ( (+ + *,* - 6 D.- 2 1* 5 ( 2J , (+* 6 8 A.G14 (. D.-*+ 1 5 * 2 12/ 5 1* 5 ., <32 30G 6 8 A. ( (+ +3 - . 1* *12/ 5 D 12 6 - 34H 8 *,6 2/ 8 55 6 0 (. C <32 * ,*1 - 3 8 / * 6 26.J* ( 34 6 27 3 8 / ,. 6 8 A. 6 3(8 G = 8 3* 1 1 -. / 0 / (+ 6 2- 1 - 6 A ( E ,2 34 -6 27 3 8 / 5 * 34 1 . 2J , J - 3 -<.014 ( J - (+27 E ,.30014 6 8 A, “1 E ,.014 (” ,2,2 + 8 12 2,2 7*, ,2 “,*7 A,2”. 21 ( J - 1 8 , /2 -= ( 2J G / , . . G14 ( A 3 A.. 1* - * “621 (6 . (” 6 1 D .1 2,. 12 6 1 ,*1 - 3 8 / 5 *E3*+ 5 34 8 6 27 3 8 . F* 8 1.G * 32H* . - ,3* ( D,*<* 1 , *. * 34 1 “,*7 A,.” (+ G - 5 .+ 5 ,*1 E 2, = - G A, 8. .1 2,. 12 D 34H H2 +* + 3 6 8 12/ 27 6 2= , ,*1 - , < 32H* 1* 6 3( ( 1 55 6 7 - . D3*, D.11G 8 1 1. . 1 8 /2 H 8 D’G+1 .+ 8 6A ( , G ,*1 E A2/ 2= ( 1 3 8 / 2=) 7 +1* . y ,. , < < 12 + *+1 2, 2 * * ( 34 19

6 27 3 8 / 0 .+ 0 G5 6 D3*,2 A -.<+2. (- /2 , <+ 3 E +. 12 621 ( “ 2 6 - - * 34 6 27 3 8 / * ( 2J* , 1214 . D ,*7 A, (+ 3 . .114?”. ' 34H* 1 8 , * = ,. 6 - D 1 3 8 / 621 ( A .+ 8 6 83(-. G *A A., 32,2, 14 D . - 2,2. y * -<* ( 6 * .+ 14 621 ( . ( A7 -214 ( A 6 H2 * 2, 6 2= (11(, .+2 (+ 6 A (, (+* A’( .G, “J .G 6 - ”. ,*< 7 ./ 27 .( 3* 4 6 .+ . 34 14 - 1 1 4 1 8 , J 6 A 34 2= 6 1 34 -6 27 3 8 / 5 .+2 - G A, 8. - 3 -<. 12 6* * ( 2J* (+ ,*7 A,. *+ 212/ 6 2= (1* # 0 . .57 4 ,*< 7 .+ 8 A ( 6 8 A. ( 34 -6 27 3 8 / 27 ( 2J 6 * 6 1 G (+ / #5 1 . F*= .+ 2= 6* *- .- G - G0 A 8 3 27 6* *6 . 21. 5 34 -6 27 3 8 / 8 6 8 A. (. C D,*<.G 6 8 12/ 2= 6 1* 3 (+ A 8 34 1* *12/ 27 + *6 =, 1 + 6*12 27 6 2+3 - 27 - 3 -<* 4. A D A 27 6* 2E / 27 7 +1* 2 12+ 34 6 27 3 8 / 5 * 34 1 6 3(8 G 55 *,*7 12/ 1 . / = . ./ ,. 6 2 - A 1 - 3*+ * + A4 2+ 2 1 .G14 ( ,*7 12/ , -*34. 2 - 1 + < 3 12 1 2/ 14, 7 / = . 1 +27 / 27 , H1 D 7, (+ 6* * < * 6 , A , H1 D ,2 30- 4+ 5 6 +12+2. T ,* 1 G - G , <32 14 8 . 12 , ,* 1 1 2/ 1 6 2 - 2/27 .+ 7. 3 A.=, 3 * 1* , “,*7 A,” (+ .+ . ,*1 E .. * H A * 1 , 12 . A, J A 5, D.+ 342, A /* (, * 6 (11( G 30- 4+2, 21 ,. 1 , 14 . 6 +12 .+ 8 -2 +. . 1* , “,*7 A,” 2+ 2 1 .014 A 6 2 26 , .6 - D * ( * - , 8 - , ,.. H.+ ,*7 A, . / ,. D 1 * D.3 (A + *, , * + /* “ 34-6 27 3 8 / ,*7 A,2” -2 * 1 = 27 - 3 -<* (7) – * .+ = 6 34 1 G - 2= 3 8 ,E 3 8/ , 12/ 8 ,2 3* ( 6* 8 . 6 34 1 . 1 G 6* *-D / G “ +2(” - 27 1 . + + 32H = 1 6 2-2. +H* + <./2, *8.3( 34 1 . +2 ( -2 - – -2 -, -2 - – -), 6 2= (1 (+ A + , 1 , +2- 014( (“*+ 1 6 30014 (”) 6 2 - ( 2J 6 * 2. “ =D32
“6

-28, 0” -3( 4 8 “ H 8 ” (1 8 , J D*A6 * *- 4 * G - 2, <211(,). .1 , * A 2- 6 A (A 3 8 G0. / , 1 +2, “ =D32
*8.3( 14, (+. , < /212 ( 2+ 2 1 . 12, D.-. 12 6 +12/ . - (34 14 A 55 7. (,; * A H ( * D7 -14. 1. D -2 – * ,* .1 H ( * D7 - 14, .D’G+12 1 3* *8.3( 14 (7 / , A 1 ,, D’G+12 27 6 - 1 7), -6 - - (+ 5 2D.- .G14 ( 6 +12+ . A 2/ = 8 3 2, D,*<. 34 2, /2 2+ , -3( A 1 . ( ,*7 12/ 5 6 -28,2 6 8 A. 34 27 6 * A2 014 57 +3 - 14 D 8 1 * 14, *3 = 14 1 .+1. 27 A ’(A+ 34 5 * 34 1 , ( 14 ( 14 2A / 34 2= 7 +1* ) 1 + A 27 1 7 12/ 27 6 * . y +2= 6 -7 - D A.G14 ( 2 * 8*12 (+ 6 ( = .+ = 6 -28, 14 G - ,. 1 83(- [6]. -A 2/ = 6 6.3( 14 2 * 8*12+2 * *- .+ 5 4+27 .+ , , , 6 2/2 * , + , . 4 8 H 8 , A 2/+ 0 - - 3*+12+2 (+ . * 34 5 .+ 5 ,*1 - 3 8 5 ( E +12/ – .+ 5 6 -28,2), (+ A 6. 1 H* -* 34 6 1 -( 4+ = .+ = 6 34 1 . T2 * 8*12+ A- 1 -8 12 1 < E. + 5 A 8 34 5 2 1*, 12A 5 .+ 27 - (8 * 4, 57 G - 8 1 83(- 8 6 ( * ( 6 D.- 2 .+ 5 + 12 2 1.. T6* 2E + 0 2 * 8*12/ 5 6 -28,2 G 1 +2= 6 83(D’G+1 3 A. 6 8 A. (, A (+ 8 6 2 - A 32H G14 ( . * 34 2, D’G+1 , .+ 8 6 A (, 3* * A -214 ( .+.6 1 6 2/2 - 3 -+ 27 A ’(A+ -*1* , = 8 7 +1* .. y2, ,2, 2 * 8*12+ G 341* 12 0 - +3 2/ 8 , E ,.34 8 1 , 13., /* ( 6 2 -2 (+ A + -6 - 5 * 34 1 . 2 6 * 2 ,*< 7 2 * 8*12/ 8 6 -7 -. 2A / 014 ( * 32H* A + ,2, = “ 26 -+ 1(,2”. 1 = 1* , 6 1 D A(12 3 6+2, D . 2 * 8*12/ ,. 13., /* -*J - A (G14 ( - D.-* 8 , A 2/ 8 = 8 A 1 . (. 3( 2 * 8*12+2 “ 26 -+ 14” G D’G+12 0, D 6 2/2 (G14 ( AD 8 , (“ +3 (,”) 6* 5 .+.6 1 A + , 1*=, + 32 < -A 27 * G - 1 1 4 234 0 -3( 1 8 , D2 D.12 2A / 340 -3( 6 - 34H 8 A 21+. 6 - =. = 21. 5 6 2 - 2= 6 * G D’G+12 6 2/2 * 2, ( -<* + < AA + , 1*=, J “ +3 32 (”, G D’G+12 0), 3* 6 2 26 * 6* *-D /. 2,. y*, J -3( 6 2 -2 G “ -+ 21 0 , <32 10”, -3( - 3 - 2 4+ 5 - , 1 G “ 26 -+ 10”.

22

+ .<* A A / 3 (, 2 * 8*12/ . 6 -28,. / -/ . , 8 014 ( A 1 . 12 34 27 .+ 7. 1* 6 D2 -.<* 7 < G - * “ .+ * D„ . 1. (” *, <32 1 6 8 A. ( 34 27, 12, D 34H* 34 -6 27 3 8 / 27 6 * . E 2 * 8*12+2 8., 1 ,. 6A 6 3(8 G + * 1. D,*<* 1 6 A 34 27 , <32 1*= .+2 J - 6 H.+. 1 +27 6 2/2 - 3 -+ 27 A ’(A+ , (+ , 832 D AD 34H212 “ 3 -. - , =D.1 ,”. “ * * 4 ,. 1 G A A <-2 2A /* 2,”, “ 26 -+ 14 - 8 G 6 2 - * ,* H. 34, < A + , 14”, “6 (- + 7 G - , 0 , 0 * D7 - 2,2 *. 2+ * 2,2 1 ,2 6 2 -2” – 4 1*A2, (+2,2 <2 214 ( .+ 2= ( 6 .1 – 1 83(- 2=) 6 E 2 * 8*12+2. + 1 6 3( ( 2 * 8*12/ 5 6 -28,2 34 6 * 2 G 3 8 / 2, + + ,. -<* 2 * 8*12+ 6 8 3 H.G 5, 6* 2E / 2, 126 , D’G+1 +3 - D 8 1 * -2 , / 2 1*,2. T ., A 8 3 , G1 34 6 27 + A + *, 6 0 , 0 , <.14 D.12 A 7 - 1 +27 D’G+1 . 2 4 ,. = <32 H2, 6*+1 , 1 + 5 *+ 1 6 3( 5 G AD* *<* ( 2* 8*12+ 0 1. 3 12/ 8 E 3 E 4+ 8 6 -„ . 1(. ,*< 7 A - 4 6 8 A. ( 6 * 34 -6 27 3 8 / 5 * 34 1 *= E +1 A D*A6*/.G , <32 14 AD* *<* ( 6 - 34H 8 A 21+. 6 8 12/ 27 1 -2 = 6 2 - 2/27 .+. 1* 1. 3 A, 2 * 8*12+2 - + G 8* ,* * 12/ *3*,* 12, (+27 2D.- .014 ( 341* 12 1 1*8 5 6 8 A. (: 6 27 *, 12/ 2= 3 A, A , 1 *+ 6* 1 621. ( 1 J . *6 234 D.3 D 8 212, J 2 * 8*12+ D3 +.G 1 1*8 5, 6 1* , G 5 6 -28, 34 ,*< , -1 + D,*<.G 6 8 12/ 2= 6 1* 3 - 3 -<* 4, J D.-.014 ( 2 * 8*12/ = 6 -28, . y G0 , 0, (+ 0 34 6 27 3 8 ( G .+ 0 * 6 1 34 0, 8., 1 0, 5= 3 12 8* ,* * 12/ 6 -28, . 1 , 6* 34 ,*1 -2 6 8 A. (, J D A.014 ( = 6 -28, , , =<* * A 1 .014 (. / * 1 ,, J 34 6 27 3 82 * 6 3.8 .014 ( 3 * 1* , , “8* ,* * 12+ ”. D3*, 6 3(8 G . 3 * , <32 1 1* *12/ D„ . 1 8 A ( 6 , =D.1 G D’G+1 , (+2= * ,23214 ( / 12 0 6 2 -2, 1 D1 G D.+ 34 “ -6 2 - 2,”. F* 621 ( ,*< .+ 5 + ,6*1* 5 A + *, 2A /* ( 23

1 8 , J , <* < 12 ( 1* *12/ 2, D„ . 1. (, 6* *-D /* (. ,*< 7 8* ,* * 12/ 5 6 -28,2 1* *12/ 2, D„ . 1. (, 6* *-D /* ( , <* D.12 32H* 6* 2E / 213., /** “ A., (”: 3 * 1* 6 *1 (, 13., /* (, 8* ,** 12+ . 3( 1 8 D2 6 212 0 1*A. D 34H + + *1 2, A, 1 ,, 6 1 D E ,.30 12 .1 14 , 5 8* ,* * 12/ 5 6 -28,2 <* 6 3( 4 8 6 * .12 ( - 6 D3*,2 6 8 A. ( 34 -6 27 3 8 / 5 * 34 1 . * ,* * 12/ 6 -28, , (+ 55 , < .A 8 34 212, A .+ -,*1 - 3 8 / 8 6 83(-. G 6* 2E / 0 8., 1 0 6 +12+ 0, J A E + 6* = .+.6 1 E 3 E 4+ -1* *12/ 27 .( 3* 4 , G 6* * < 6 .+ 2= (1 D1 8 2/ 2= J .+ 5 34 1 ) 7 +1* . “ *1 D’G+1 ,” 8* ,* * 12+2 G .D’G+1 (30-2 , 1 , +.341. , 1 -2 (), D’G+1 , – A, 1 30- 4+ 5 .D’G+12 1 ( , 2, D < (, -.,+2, 1, 1 2, 1 J ), 6 *-,*1 , – 6 ( 2, D 6 D2 2 <* (, G5 .D’G+12 1 (A + 2 1*,2, , , , 3* (, -2 +. , 1*+ 1, 6 *- + , 21 ,2 1* 1 ) [7]. 3( 1. 3 12/ 5 6 -28,2 D’G+1 , 2 /* ( 1 + < , <* D.12 .D’G+1, 3* 7 63* 2= . 57 A + , 27, .A 8 34 0 27, 6 1 0 27 -1 027 (A + *, , *+ 6* 2,* 1 34 ) 6 ( 7. 1 , 14 8* ,* *12+ G 1.G14 ( .D’G+12 14 .D’G+1 14 .D’G+1 . y D1 .D’G+1 6 2=, G14 ( = 8 . + 34 1 , -2 2/ 1 , 1 2/ 1 (1*,6 34 1 ), + + *1 1 . T* , 8* ,* * 12/ 5 6 -28,2 G < (+ * D.+ 34 * 6 12 1 3* ( 1 -2 = 2, .+ -,*1 - 3 8 / 2, .( 3* (,, (+ * , <* A- 12 ( 6* H2= 6 83(- [8]. C - , 8 6 / 1+. - 3 A 27 1 - (7 8 E ,. ( 8* ,* * 12/ 6 -28, 6 *1* -. 3 .+ 2= 1 1. A + *, – - + 3* ( .+2 (+ 6* 2E / -. * 3 1 4+ 5 + 8 12 5 1 -2 5 [9]. 2 - , -3( 2 + 6 341* 12 14 8* ,* * 12+2 .+ 2, .( 3* (, G 55 6 3(8 ( 1*A 6 6*2E / 14 “30- 4+ 8 -.7.” (+ D’G+1 .+ 8 2 /* (. *A < 0/2 “ * .+ 2=” 1* , (“-.7”), * , < * 2A 12 6 - 1 2 -3( ,*1 - 3 8 / 5 + 212+2 1. 3 12/ 27 6- 1 2 /* ( .D’G+1 . T , + 1*8 ( 6 2 -2 (“ 1. 2”) E ,. 3 ( G 6*= 4+ = 1 -2 5 (+ 6 123*< 14 + 1*8 (, “ .D’G+1” ( . *+ 1) “ D - ” ( . 1) [10]. 324

-

14 1. 3 12/ 5 6 -28,2 A,.H.G D -, 212 ( .+ 8 2 /* ( .D’G+1 (6 32H 0/2 * A ( H2, + 8 12 2, 6 +12+ , 1 -2 (,), D 2A /212 ,*< 57 + 8 12 27 6 *1* A = . 1 + ,. 2 /* , 2A 0/2 6 2 4 ,., J .D’G+1 G - (< 2, -3( 1. 3 12/ 5 6 -28,2 32H* 63 J2 = 8 ( .D’G+1 ) “6 A .D’G+1 1 ”. 2 4 ,. (/2 1 = 1G-= 6 32, A ’(A (, 8., 1 5 6 D3*, 12+2 -3( 1. 3 12/ 5 6 -28,2. * ,* * 12/ 6 -28, 1 + < 6 * .1 H 7 .6* */ 1*= . 3 ,. D /* , <32 1*= .+ 8 - 3 -<* ( .D’G+1 ( .D’G+1 1 .D’G+12 1 ). * E ,. ( 126 .+ 5 34 1 ( .+.6 14 .( 3* 4 6 ,2, -* 32 1 .+ 8 6 A (), (+2= D2 -6 - / 8* ,* * 12/ 2, 2, 8 , (. + 34 14, -22/ 14, 1 2/ 14), 2, 8 , D’G+12 1 , A 8 34 A /.J 1 [11]. +J < 6 1 *D 1 + 8 6 - * * ( -+2- G14 (, 1 6 1 G 621 ( 6 *6 1*, 3 8 / 2= 1 1. 8* ,* * 12+2 – 6 +12/ . 1* *12/ . A /.J 14 G5 + 8 125 6 +12+2. + *, , 8* ,* * 12+ 1 2,.G 6* 6*+12 . - *=E. - E* 1.5 5 = 3 1* 1. 5 + 212+2 [12]. + .<* A A / 3 (, 6 12 8. 1. 3 A, 8* ,* * 12+ 6*30G * - 6 ( * (, - 6* 2E / 2, /2 , 213., /* 8 A., ( [13]. C3 *, ( 6* 2E + 1* , 3 8 / 8 <21+. D 8 1 <214 ,* -3( A’( . ( 6 8 12/ 27 , <32 1*= 8* ,* * 12/ 5 6 -28,2 J 34 6 27 3 8 / 5 * 34 1 . '.-4-(+ 6 -28, .+ 8 6 A (6 8 *A., (. 1* -3( 1. 3 12/ 5 6 -28,2 1*, J * 6 -- G14 ( 6 ( * 0, * , <* D.12 = A A., 32,. ' 34H* 1 8 , ,*< 7 4 8 6 -7 -. * G A A., 32, 14 6 ( * 2, 1*, J * 6 -- G14 ( 6 8 A. 0, 7 / D D,*<*,. / ,. 6 , <+.. +J ( 2J* G - 3 -<* 2,, E ,.34 6* 6 2/2 2 = 8 1*6* H 4 8 1 ., 3* / 8 8- 8 * , < + A 12 J - 1 . 4 8 ( 2J 1.6 2= , ,* 1, 1 1 + = 8 “6 ( * 14” G .1 E , 340, -1 + * .+ 0. 1 , 14 8* ,* * 12/ 6 -28, “6 ( 0 14” 8., 1 27 E* ,* 6 2 0G /2 * - -*8 - 5 ( 27 E*,* ). +J 30- 4+2= -.7 (+ <2 * 1 3* ( 6 2 26. , -*1* , 5 -*1* , .G14 ( A H ,2, “6 A 2,2” -3( 25

1. 3 12/ 8 6 -7 -. 6 2/2 ,2, 1 12, ,2, 1 / G14 ( 6* 2E + - 3 -<. 5 * 34 1 . -D + 1 1 ( G * , 3 A 1 1 ,, *E3*+ 2 -,*1 - 3 8 / 2, A A * (,, (+* -3( - 27 - 3 - 2 4+27 A - 4 , <* D.12 D 301 *<32 2,, 3* -3( H27 – 6 2 26 2,. + *, , * 2( 3(G14 ( .6* */+ 7 J - 6 *-,*1 6 27 3 8 5, (+ 1 / 14 ( 4 8 / . * 1 0 /* 8. /* *A - , . ( 1. 3 12/5 6 -28,2. * ,* * 12/ * A., ( .D’G+1 * 2+30/ G A ( 6 = 8 , =D.1 G, 6 1* (- /2 , G J 4 6 34 * A 6 8 A. (, (+ 6 D.2, D’G+12 27 6 - 1 7 - 6* 5 , 28 1 2, * G, , =D.1 4 8 . y ,. 8* ,* * 12/ 27 ,*< 7 + *+1 2, D.-* <2 ( -H* 1* , “6* *-D /* (”, < “6 8 A. (”. F* A / 12,*, J 8* ,* * 12/ 8 A ( 6 , =D.1 G H2= *6 1*, 3 8 / 2= 1 1. , 6 1* 1 < + 8 12 E. + 5. * 34 27 34 -6 27 3 8 / 27 - 3 -<* (7 G * 6 3.8 . 12 ( A (, 6 , =D.1 G, J = 8 , <* - 12 8* ,* * 12/ 6 -28, , 6* H A * 21. 5, + 32 1 -2= 27, 6 1 1. 3 12/ 27 H3(7 + 1 .0 ( 3 8 /8 A ( *, G. y < *+ 6* 1 621. ( - 6* 5, 2G G - 0 8* ,* * 12/ 0 6 +12+ 0, + 32 *+ 6* 1 2= 6 8 A + 1 .0G14 ( ((+J * + A 12 “ 2,.30G14 (”) A -(+2 * D’G+12 5 .D’G+1 1 + 8 “6 8 A. (”, 6 +2 – = 8 <211G =, *+A2 1* = -6 27 3 8 / = 6 2/*1 1 - D’G+1 6* *-D /* (. 2 4 ,. ,*1 - 3 8 / ,. 6 -D “ 8 < 14” *+ 6* 1 2 214 ( A -.<+2, 1 , 14 12+.30G14 ( 57 ( + ,6*1* 1 14 (+ A- 1 14 1 / 8 6 8 A. ( * - *E3*+ 8 , 3* - G 8 - -. [14]. H2= 6 2+3 - – 6 27 *, 12/ 2= 3 A, J 6* *-D / G 3 A , 27 + 1 .+1 (+ 2 <* ( .D’G+12 8 1 3* (( 0 () * 6 -* 1 . 1 2,.0/2 6 27 *, 12/ 8 ,*1 -., - 3 - 2+ * , G 6- 1 -3( 6 8 A. ( .1 27 - 27. -H* -D. G14 ( H2= 6 * : A’( . ( A, 1. .D’G+12 8 1 3* (, (+* 6 - <.G14 ( , 1 = 0 D 1 0 A 2, A, 1 , “A , 14” - 3 -<. 8 .D’G+1 .

26

C -6 E 3 E 4+ -,*1 - 3 8 / 27 6 83(y. . 6 -28,2 , 014 0 3 8 +. 6 . ( / 6 1 [15]. ( 3 8 + AD 8 G14 ( A 3 8 + 0 6 . ( .+ 27 6 34 1, J 6 3.8 .014 ( 6 -28, ,2. .+ 6 +12+ A <-2 26* *-< G * 32H* 1* 0, = ,*1 - 3 8 0. C3 *, “1* *12+ -,*1 - 3 8 / 2= -2A = ” 127 /2 127 6 D A- D. ( 8 A ( A 3*<214 - D 8 14 7 ,*1 .+ 27 E +1 , D32 34 = 6 27 3 8 5, -* 6 2+3 - - 3 -<* ( - 8 014 * 1 0 34, 34 * A , 3* ( ( H2 + ,. * 3 ) G D A 2, 12,.3(1 , 327 - 3 - 24+27 6 (,+ . < A 1 4 7 6* *3 /* 27 6 -28, 6* H A * 2+ 2 1 . 12,*14 ( A 6 2 26 , A ./ 1 + + *1 27 34-6 27 3 8 / 27 6 2+3 - 27 - 3 -<* (7, 12, ,2, D. 0/2 6* 5 1 5 6 D 5 [16]. C -- 12 6* * 8. - = A 6 -28, *= / *, G , <32 1 , * .. ƒ-2 *, J , < 1 * -<. 12 6* , 1 * D < 14 + 2 14 + < 8 + *, 8 26 -+. (A , <32 10) “6 2, (12” + < . A 6 -28, 2 + *,30 12 * . (+ - 2=, / 2=) ,*1 - 3 8/ 2 +2 A 1 + 8 “6 2, ( (”. 2/ = , /2, +3 - H 6 2+3 - A ( 6 1 12,.14 6* *34 2,2 6 27 3 8 ,2, 12, “1 H2=” 1 .,* 1 = 2 ,. 212,.14 A 1 . 12. C -1 + ,* 8* ,* * 12/ 6*+12 34 6 27 3 8 / 27 - 3 -<* 4 + * 1. 12,.14 ( * D 34H*. 1* = 6 -, - 6 1 1. 3 12/ 27 1 (- /2 - 6 , <* .1 2, 12 .+ --2 263 .= , 12 . ,*< 34 5 6 27 3 8 5 (+ + 8 12 5 3 1. . 1<*, + < A 6 -28, 6 6 .G 5 12 A- D. ( A 4 6 , =D.1 G. +J -3( ,*7 12/ 1. 3 12/ 5 6 -28,2 6 8 A G =D 34H + *+1 2, 6 A /* (, 1 + 8 A ( 6 *-. 2 = 8 A- D. (, 1 2 *8*12/ 6 -28, -2+1.G 2+ 2 1 ( 1* , “6 8 A” 32H* , <2 = E , , + 34+2 *. 2+ * 2, 2( 3(G14 ( * 2= 6 83(, =D.1 G, 2A ( = 8 “ *6 7 . 5 12 1 ”. *H1 0, 8* ,* * 12+ -H* 6 6 .G 6**-D /* ( H2 + ,. * 3 , < 6 8 A: 2A ( ( , <32 , A +3 () A / 5 - 3 * 2A /* 1 , =D.14 ,. - 3 -<. 8 D’G+1 6* *-D / G , <32 14 AD* *-

27

<* ( = 8 .D’G+1 5 .D’G+12 - (< 14 -3( 4 8 8* ,* * 12/ "

5 6* 2E +2, 8 * 3. 6 A

-1 + = 8 (.

5

1.

B # . AD S* 1 .-S 6 ,*1 - 3 822 .+2: * . 83. 2 *,. – ., 1986. 2. / . . |23 E2( 2 ,*1 - 3 82( .+2: /*D. -3( S H. ./*D. A *-. – 1 - ., 1999. 3. 5 V. . D3*, SD 1* 22. – ., 1975. 4. # 8 . . 3 2/* +2= 2 *+3 2/* +2= 2-* 3S 2 34 12. – ., 1994. 5. Y. 3*8 ,* S + (+ = D.-.J*= ,*1 E2A2+*, , 8.J*= 6 ( 214 ( + + .+ // y +1 1S. – T D., 1996. – T. 147–259. 6. 0 6 Y., 0 Y. (- + 2A 7 . S= -2 3 8 /*3 *+ 6 2 - = / C. . H2 ( DJ. *-. 2 6 3* 3.), •. . 23 (6* .). – 2-* 2A-. – ., 2000. 7. i . C2 2+ * ( 8* ,* * 12+2 // T./ A .D < E 3 E (. y*/ 5 6 (,2: * 1 , 1 (: /. 6 D. / 6 (-. C. C. •(7, C. T. A* +. – ., 1996. – T. 33–61. 8. . ., 05 1 . . *1 - 3 82( 8., 21 S7 .+ 1 .- 7 2341*( // C 6 S E23 E22. – 1988. – 9 4. – T. 128–134. 9. . 62 1*34 ( 6 27 3 82(. – T D., 1996. 10. ! # . . .341. -2 1 2/* +2= 6*+1 U 30 22 .+2: *1 - 3. 6 D3. 2 1.- ./. 2 3*-. – ., 1982. 11. ! # . ., %# Z. . 1 2( 2 2 34 14. – ., 1991. 12. 9 . * ,* * 12+ 2 ,*1 2 34 S7 .+ // * ,* * 12+ . ‘12+ . 3212+ . – ., 1995. – T. 3–18. 13. ! # !.-!. +1. 34 14 6 *+ 8 : * . *,. – ., 1991. 14. [ . \. 8 12+ . – ., 2000. 15. 5 . T1 .+1. ./ S7 * 30 2=: * . 83. y. . ; T 1. C. •. .A * . – ., 2001. 16. 56 C. Y. |. - ,* 1 34 ( .+ 2 6 2+3 - S* 2 3*- 2(: ,*1 - 3 82/* +2= 6*+1 A 2, -*= 1 2( // D3*, * 1 8 1 1. .+2 .D*<* I *+ . – T D., 1999. – T. 161– 174. ©

28

>5

. .

2

,. .

0

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.,

.

T1 110 6 2 (/* 2A /* 0 , <32 1*= 612, A 5 <211G 27 - , 8 4 (+ 6 D. 6 + J* ( +* 2 1 / , <211(. C2A /* *1 62 8 .6 5 1 -2 -. 34 5 D 12, +*5 612, A 0 / . <211(. A83( .1 1 + 1*7 3 8 5 12,.30 ( - , 8 34 5 +12 1 D2 1 1 , (+ *, 12A (, 12 A ( 1 3*6 +3 (. : <211G - , 8 (, +* 2 1 / , <211(, + 6 8- 1 1*8 5, + 6 8- D14, -2 -. 34 1 8 .6 1*7 3 8 5. T1 14( 6 (J* 6 *-*3* 20 A, < 1*= 612,2A 22 <2A * S7 6 21(A 2= + + 6 D. .3./H* 2( .+ - 1 *,* *, <2A 2. 6 *-*3* S U1 6S 8 .66 = 2 2 -2 2-. 34 = D 1S, 6 3* = 612,2A 20 *,* 2 <2A 2. , 1* S 1 +2* 1*7 3 822 12,.32 2( 6 21(A 1*34 = +12 12 32/ 12, + + *,2 12A 2(, 12 2A 2( 2 *3*6 3 8 2*. % : <2A * S* 6 21(A 2(, .+ - 1 *,* *, <2A 2, + 62 8- 1 1*822, + 62 8- - * 14, 2 -2 2-.34 S* 2 8 .66 S* 1*7 3 822. The article is devoted to the determination of the possibility of life aspirations optimization as a means of the life time managing improvement. Stages of the group and individual work aimed at the optimization of the life time have been defined. Such technologies of the inspiration personal activity stimulation as semiotisation, narrativisation and purpose determining are examined. Key words: life aspirations, life time management, copingstrategies, coping-endowments, individual and group technologies.

+1. 34 14 - 3 -<* ( , <32 1*= 632 . <211G- , 8 ( 6 3(8 G 6* * G 1 5 ./ 5 6 27 3 8 / 5 29

.+2 A - 8 12+2 1 + 28. ( 6* 27 -723* 4 6 E3 +12+. , <32 27 * 6 + 1 * ( 6 2(132 27 ., -3( , A8 1 (. 1* * - “30-2 2 *+A2 1* = 5” (C. C. + ), 6 D3*, 30- 4+ 8 D.11( 1 G * 2 A H2,. T4 8 - H 6 27 3 82 -*- 3 D 34H* (14 . ,. 30-2 ., 55 6 2 - A- D 1 , 1* 0 A 21+., 6 -<* ( *0 5 * 34 1 A -(+2 A8 1 0 6 1* 3., < . 3 “ * 234 ” ,*1 -2+2 6 2= ,2. C 2 A., 014, J 6 27 3 8/ - 6 , 8 1 G 6 - 6 < 4 ,. *E*+12 0 32H* 1 - , + 32 30-2 6 2=, G14 ( . = 55 3 1 , . 55 3 ,. <211G ,. 1 , . * 34 ,. + 1*+ 1 55 + + *1 27 <211G 27 D 1 2 . B ,J A83(- G14 (, 6 ’(A A 6 D 0 6 1* 3 1 4+ 8 6 83(-. 30- 4+* <211( 1 6 1 *D 0 A =12 -*+ 1 4 ,. 6 83(1*7 3 8 5 2 D3* ( -*- 3 + 1 .+12 H27 - , 8 4. : 2A /212 , <32 1 612, A 5 <211G27 - , 8 4 (+ 6 D. 6 3 6H* ( +* 2 1 / , <211(. G( D 1 *+A2 1* = 5 - 3 - 2 4+ 5 6 -28,2 A 6 -28, 0 + 8 12 0, + 1 .+12 1 4+ 0 - G , <32 14 - / A83(- 12 (+ D.11(, . ( 30-2 2 . 1 , 1 + 55 1 3* (, , 6 *+1. (. * 2 1 / , <211( G = +3 - H 0 , *8.3(120 - (34 10, J 6* *-D / G 6* 2= * 4 D2 1 5A 3 1 . I3(7 . , =D.1 G A <-2 /2, 3 , (+ , -*3*= 1 8 <211G 8 1., (+2= D.-.G D D2 1 14, A8 1 0/2 = 6 1* 3. '*A 6 *+1. ( *D*-, =D.1 4 8 , D*A 6 8 * ( (+ , 8 6 H 8 , A- = * ( *, G = * , <* D.12 D21 8 A 1 (. T.D’G+12 * A - 3* ( <211(,, (+ 14 <211(, 6 1 <211( * , <.14 2A / 12 ( 32H* 6* *<2 (, “1.1- -1*6* * 34 1 ”, 7 / ,* 1 +* “A A*,3* (” 1*6* H 4 ,. / 7 +1* * -3( D 34H 1 -2 -. 34 27 8 .6 27 1*7 3 8 = . 8., 12/ = 6 -28, . C*32+ 0 , 0 6 * , * 3A 5 1 1.6 4 , * 3 A 1 A 3*< 14 - - 3 8 , -*30( 30-2 0 8 =D32
D2 1 14 G “+ E 8. G0, A1(8 * 0 / ” [1, . 51]. T ,* 1 +2= 55 + E 8. 12 2= 7 +1* - G A, 8. -1*<. 12 6 1.6 * , A8 1 (, , A 21 +, , 2( 3* (, J -D. 014 ( -6 - 6* 27 <211G 27 - , 8 4, , 1 +2, /2 ,, A 7 -212 , ,* 12, + 32 3* 6 (, 632 2 , 12,.14 / +. 3 -+2. +J 6 8 -212 ( A 1 * -<* (,, J A 3 D2 1 14 -*+ 1 -/. G, . - ,30G * 3 A .G = 6 1* 3, 1 00/2 =D 34H - 3. , -*34 8 6 - 34H 8 A 21+., , 3 D 3 .0/2 ,*< , < .1 H ,2 6 1* (,2 A H ,2 A 621 ,2, D2 1 14 *A 3 , E 1234 , *1 / /2 1 723(G14 ( - D*AD 8 , 7 / , , <32 , 1 8 E. + . ( (+ -6 A H / +. (, /2 , A 832D30G14 (, . , 1 0G14 (, G 1.0/2 4 2+30/ .1H ,6.34 2 1 8 .0/2 A H ., 2, 1 3 - A D3(12 1*7 3 8 5 632 ., (+ 6 2(12,.14 D2 1 ,. A 1 0. 32 =-*14 ( 6 +* 2 1 / , <211(, 2 2+ G *32/*A 2= ., J - A A7 ( 1 +. * + /* +3 - . * 34 14. + , < +* . 12 12,, J D 8 1 / ,. - 1*D* * A 3*<214?! } <+ (8 .12?! } 1*/* A (+2,2 4 5,2 A 8 -+ 2,2 A + ,2?! T* *= <32 H27 7 +1* 2 12+ 30- 4+ 8 <211( 3A 12 = 8 127 = 14, (+ 6 2/2 (G *6* *-D /. 14, *6 8 A 14 , -6 - , *+ 1 34 14. •0-2 + 32 * , <* D.12 6 10 8 1 0 61 27 * 6 27 A, , (+ 6 6 .G 5= 4 8 -* (, 7 / (+ D2 , 8 3 ( * - 1*<. 12, + 1 30 12 6 7 . 12. T* = A 0 D 1 2 0, J 6 ( 0G *D < ( 30-2 2 D /212 / ,. 4 , =<* 6 . *A 3*< 14 - *5 * 6 8 , 6 - 1.6 8 632 . <211(, G 1 7. T1 7 62 212 ( 6* */2, 4 2,, *A = ,2,, *A 2/ 2,. T1 7 -/.12 *D* *AD G 0, *6 -8 1 3* 0, D*AA 72 0 H1 7 G - * + /* 27 6 D AD 512 (, 6 -8 1. 12 (, A 72 1212 ( A D.-4-(+. .. */ , -.<* 1* 2 2= 1 7 , <* 1 E ,. 12 ( 6 . 6 1 0, * 1 14, - .1 14 D.-4-(+27 D < 4, 34 2= 1.6 . 1<*, 6* H 0 * = A 0 6* *H+ - 0, (+ 2 2+ G 6 2 6 D 7 A =12 1*7 3 8 5 612, A 5 +* 2 1 / , <211(, 31

G 1 =+2= .1 H = 6 12 . F* 6* * 14 D 8 14 7 30-*= . 1 ,., J 127 = * = *6 8 A * <211( * 6 -- G14 ( D.-4(+ ,. + 1 30, D.-4-(+ = 612, A 5 A 2A /* (,. C -6 - , . 8 . -2 -. 34 5 8 .6 5 D 12 A <211G 2,2 - , 8 (,2 6* *-D / G 6 1.6 * 6 2= (11( 127 = 8 632 . <211( -.<* 5 + .A 34 1 , (+. ,
32

27, 1 G A- 1 0 +12 A. 12 57 1 3* ( <211(, 14 -*J 6 2 + 212, 1 12 6 - 6 < 4 ,. <211G 1 =+ 0. . -2 -. 34 5 8 .6 5 D 12 4 ,. 6 (,+. 6* *-D / G . - ,3* ( 126 27 6 27 3 8 / 27 A 72 1 , 57 A, 1., 5 + 2 1 1 -, 1 . T ,* 1 + D 1 - G A, 8. D32A212 ( - 6* *1 * ( A 72 1 + 1 .+12 H 1 1*8 5 6 - 3 (. *- 3 D 34H . - ,30 14 A 72 8 ,*7 A,. 6** -214 = 8 . (+ 14, A,* H.0/2 - 0 .1 A 72 . (1., J A 72J G - 6 2=, ( *6 2G, 5 * 34 1 ) 6 D.-<.0/2 - 0 /2 + . (1., J 0 * 34 14 -*+ 1 6 2=, G 8 1 55 6* *1 0 12). " ' " ( " " ( " " ". , 1 0 .5 D 12 A / , <211( 1 214 2 D3* ( -2 -. 34 8 1230 6 - 3 ( 6* *H+ -, J / - / . 2 2+ 014 <211G ,. H3(7.. F + 2, 6* 6*+12 2, G 2 /* ( 6 - 3 ( + 1*+ 1 6 27 3 8 5 .D’G+1 , (+ * D214 (, 6 2+3 -, y. •. 0+ 0, + 1 *,6 2/ - 3 -<.G 2D 1 1*8 = 123 6 - 3 ( [4]. 6 8 G -2 -. 34 2, 6 D , A G, - 5 30-2 2 A +3 - 0 <211G 0 21. G0 -6 - - 3 8 +2 55 A8 1 (, A /.J 1 27 *6 127 D 1 2 . 1*6* H 4 ,. <211 30-2 2 55 * 34 27 , <32 1*=, * . . 6 8 6* *-D / G 6 D. ((+ 6 *- + ., 1 + + 8 12 . = *, = .) 6 - 3 12 6* 2E / A H .1 H 2, 82, (+ 6* *<2 014 ( (+ 234 * 6 .<* ( D21 6* * 2J.014 ( * . 2. 32 30-2 - G14 ( 612, 34 A ’(A 12 0 D 30/. <211G . 6 D3*,., D2 A/2J G D - 8. -3( 6 - 34H 5 * 3 A 5 - , 8 4, (+ D.3 6 2A.62 * * 6 2,2 .1 .- * (,2. y ,. G 6 - 1 2 1 * -<. 12, J 123 + 6 86 *- +2 *32+ 0 , 0 2A / 014 . 6 H 14 6 2 1 27 6.D3 / 27 - , 8 4 D2 1 1 . 7.- < = 3 1* 1. , D32 1 + = 2 + +3 =, (+ 1 2 ./ 8 (6 4+ 8 +3 2+ •. ,2, 6 D3*, - 34 1 <211G 27 6* *H+ A83(- G14 ( - 214 -*1 34 33

832D + . C <+ * 6 8 -212 ( A , 0, + 32 + <*, J “ 6* ,. * , ( A 7 -212 1 .- J <211 - 6 , 8 G D 34H 1 30-*= 1 212 ( - 27 A 3*8+ 10. +D2 * D.3 4 8 - ., 1 H* <211( – 7 / (+2, D2 <+2, /2 3*8+2, D.3 – 6* *1 23 ( D 6 < 0 +.34+., J + 1214 ( 2A. F* , ( A 7 -212 1 .- J (1.G - 6 2, 12 8 . (... +J * 1 ./ 12 ( ,*7 A, <211(, 1* *A 7 (+ 8 A <.G14 ( 6 *-32 6 ( 6 * ( 4, 1 6 * ( ( D.-.14 82 + < ,....” [5, . 268]. H 1* 6* 12/ 6 +12+ -/214, J 1234 6 - 3 (, (+2= - + 30G14 ( 34( +3 G 1 A 6 27 1* 6* 1 ,, , <* +12 + 28. 12 (, 2- A, 0 12 ( A 27 + 27 *1 6 7. < * * = A * <211G * 26 D. ( 1 G 6 H1 7 , -3( 1234 8 , - + 3* ( A ., 2 ,2 3* ( D.1 8 -., = 8 6 2= (11( 1 - 3 5 1* 6 *1 5. ' < 2, G +30/* ( 27 6 D A ’(A ( 6 D3*,2 . .1 H = “D + - 27” J - 3 27 + 32H 7 6* *, 8 - + .1 2,2 D 1 2 ,2, 6 1= * 6* * ,2 3* ( -2 -. 34 *6 1 8 1230 - 3 (, 2 1 0 (, + 6 8.. -(+2 . 6 H = 6 *6 - 3 ( 30-2 , <* - 12 D -. +3 - = <211G = 21. 5, 2+ 2 1 .0/2 6 D2 * 32H* -*+ 1 -2 -. 34 2, D32 1(, 30-2 2, 55 A 2/ ,. 1230 6 - 3 (, = -*+ 1 2, 8 , 27, *A = ,27 A ,2 .3 8 -. D 1 2 , J 61 , +3 32 (, 2, 8 0/2 . - ,3* 27 = -+ 28 27 1 1*8 = - 5, 8 ./+27 1* , 27 H* 4. +12 14 , <* D.12 6 (, 0 (+ 6* *1 * (, A, . * 6 2(132 27 <211G 27 D 1 2 , (+J * 6 2 26 , <32 , 1 + 6 2 1 . ( - 21. 5, (+J (+ * 34 A, 2 6 1 * / . + 32 30-2 6 1 *D.G /2, 3 A. 234 6 -1 2,+2 AA , J D 6 1 A A., 12, /2 G . *5 , <32 14 +12 1 ./ 12 ( J 4 2- A, 0 12 . 5= D 3 = +3 - = 21. 5, /2 1 + 5 * 34 5 , <32 1 4 8 *, G. * -+ <211( 2, 8 G A <. 12 A. 233(, (+ A - D3(14 ( -3( 1 E , 5 21. 5, -., 12 6 57 - 34 14, 6* 34 . “ .” , =D.17 6* *, 8. < A6 212 ( A A 1 32,2 <211G 2,2 34

1 .- J ,2, -- H2 = 6* *, A A’(, - 8 1 . +2, (+ 14 <211(, .D’G+12 * D3 8 6 3.//(. 6 3( 1 + 5 “6 5 6* *, 82” -/.12 6. 1 H* (, A * * (, A/ . (, 83.72= +.1. , < - =12 - 6 D3*,2, A, 212 , H1 D, 6 -2212 ( *5 A- 3*+., A - 1 6’(12--* (12 , =D.1 7 + , A A., 12, J “H+. + 2/2 +2 * 1 ”. , 6* 8 (- 30- 4+27 A- D 1*=, . 1 ,. /2 3 = D2 1 8 6 1* 3., J , 3 A 3*<214 D2 127 A.234, G = 1 + = 8 / 1+ , (+. , 30-2 , <* +12 632 12 A -(+2 23 D < 4, 34 2, ,6.34 ,, -6 - 34 1 , 6 /.110 /* 1 , 6 1 *D A 72 1212 *D* 57 D32A4+27, 2 1 (12, * A3 , 12 (. 1.1 <* =-*14 ( 6 A 2 * . .D’G+1 14. 6 8- D14 G A- 1 10 H 2-+ 8 ./+ , 1= D2 12 (+ +12 , 1 + 6 2 1 1*8 5 6 - 3 (A 3*< - 21. 5, J +3 3 (, 1 +12 A. 12 .1 H = A H * . 2, 62 0/2 4 ( 2= D2 1 2= 6 1* 3 (/2 . 3 , <32 1 . D4 ,. + 1*+ 1 30-2 A <-2 G 1.014 ( * 32H* 3 232, = A H , <32 1 , 6 -1 2,+. AA , (+. 2 , 014 A 6 212 = 1 2, 12. 3 0 ,*1 0 -3( 27 1 G 6 - 3 ( 6* *H+ - D*A , .= 5 + 1 1 E / 27 *+ 1 .+ = 8 <211G 8 1.. < 6* *, 8 <211G ,. H3(7. 6 2=, G14 ( + 6 8- D2,2 D2 1 1(,2 (+ /* 8 2= 8 2A 1 -3( A+ 211( 57 6 1* = 27 , <32 1*=, 8 2A 1 -3( , A 21+.. 6 8- 1 1*8 5, 1 +2, /2 ,, , < 2A /212 (+ +12 , - , A. 233(, 6 (, + 1 .+12 * 6 . ( 21. 5 /2 *D*. -, . - 6 27 3 8 / 27 A 72 1 57 8 3 E. + ( 6 3(8 G * - 61 5, . 6* *1 * 21. 5, , 8 *D*, 1 D1 A 21+., . 6 ( ., +12 A 5 3 8 6 1* 3.. A D+ H3(7 632 . <211G - , 8 ( 62 G14 ( 2A /* ,2 .3 / ,. - 3 -<* 34 -6 27 3 8 / ,*7 A,2 A8 1 ( - , 8 34 5 +12 1. * H 0 G / 04 5 4, 1 2. T* *6 D 8 A 5 / . <211(, 63 . ( = 612, 34 H 8 -3( *D* , =D.1 4 8 * , < * A 12 , .. } D - , 8 35

( A 8 3 2 2+32 A 1 * - , 8 , A 832D2 34 8 +30/232 4, 1*8 . 32 4 1* = - *8.3(12 2= D3 + - , 1 , 57 1 *D -*+ 1 A 12 •0-2 6 /2 G A /. 12 5 - , 8 ( 32H* 1 - , + 32 2 D2 014 23.. + 32 -3( 4 8 1 *D 2=12 A 1 . 6 1 5, 6 28 /* 1 , A +3 6 1 1 - 12 D - A 3 / 8 4 6 - 6 < 4 ,. 7 1 12, 6 8 .12, D < 12. *(+ 30-2 , 1= *8 1 1 + 12 ( G5 E* 2, 5, 6 1 D 6 27 3 8 / - 6 , 8 . 57 D < ( + * 1 .014 ( + 3 6 1 *D 57 - 1*=, D 14+ /2 + 7 27, + 3 2+30/ /.<27 1* * . 1 + 6 A2 ( A- G14 ( 6 234 0, , 34 0, 14 G-2 , <32 0. / 0 2 + .341. ( 1 014 6* H2, D32<* (, - - G 8 1 , 8 <211G 8 - , 8 (, J 12,.30 12,* , =D.1 = /2 +. T* *- 8 .6 27 1*7 3 8 =, J +12 A.014 1 6 (, .014 6 * A /. (, 3 - A 12 1 * 8 * A212 1 (+ H+ 3. *E3*+ 5. *1 0 1 * 8. G . - ,3* (, - *E3*+ .( 3 27 34 -6* *612 27 , <32 1*=, 6 + J* ( G 1 5 D , H27 30-(7, -+ 211( -3( *D* 8 .6 5 * 34 1 . C*32+. D 1. . E* A /. ( *D* . A G, - 5 A 5, 1 /* (,, A /. ( A 27 D2 1 27 * 1 A- = 0014 1 + < ./ 2+2 2A+2 *, ,J 6 6 .014 ( ,*< 7 E .A4+ 8 *+A2 1* = 8 3 A. (“PRH”). 1<*, ,* / 0 2 - 014 30-2 A, 8. + J* 1 .+1. . 12 G , =D.1 G, +3 - 0/2 4 8 26**-< 0/ 4 8 -* ( +1. 34 / +. (, 6 8 * (, 6 - (. C -6 -2 -. 34 1*7 3 8 5, J 2+ 2 1 .014 ( + .341 12 =, 6 27 1* 6* 12/ = 6 +12 , 1 1*7 3 8 5 8 .6 , A (+27 +3 - 014 ( 1 * 8 6 -7 -2, 2D.- .014 ( A . 7. (, 4 8 +30/ 8 ,*7 A,.. 1.6 2= + + – 12 A (, / 04 4 0 56 3 * , =D.1 G, (+2= * , <* * 6212 ( - *- 8 2=, + 32 = 6* *62 2= A , 12 6 G ,2 .3*. T ,* 1 ,. * *= <32 H27 1*7 3 8 = 612, A 5 -2 -. 34 27 8 .6 27 <211G 27 - , 8 4 D2 1 1 -*- 3 6 6.3( H 0 1 G 1*7 3 8 ( 12 A 5. 1

36

“…y*6* H G .G 1 G0 , 0, (+ 0 ,2 = 8 6 2=, G, , 1 D1 1 G0 , 0, (+ 0 30-2 = 8 28 -.G. y ,. <212 A / G + < ,. + 1 212, 28 -. 12 <211(, A6 - 12 = 8 , ,. D . y ,. * 34 14 – * D 34H < /2( 4 A6 -4, (+J A6 - / A 2+ *, 1 = * 34 14 A 2+ * A , A 2,. C* 4 1 A 3*<214 - 4 8 A6 - / . * 34 14 .G 1 34+2, + 34+2 55 71 4 62 .G. 2 6 1 = 28 -.G, 1*6* H G, 12, 6 /* ,2 .3*” [6, . 248]. - ,, J , =D.1 G ,2 28 -.G, 12, 6 /*. C <32 , J + < ,. <211 A <-2 D 8 1 D 34H* 6 - =, (+ * , 014 G5 1 5, < 6 - =, (+2, 6 J 123 . T ,* 1 ,. D 3 12 2 , <.14 D.12 2- A, * H3(7 , 2( . H27, H* * +30/* 27 1 0 6 - = /2 6 H.+. 8 A, 1. 1 27, .<* +30/* 27 . 12 6 - = [7]. ( D 1 -/.1 632 12,* D /* ( 30-2 0 8 , =D.14 8 , 6 ( . 6* 27 * 6 27 , - A 3 . y +, 6 3( ( 1 1. . 6* *3 , 5 6 - 5 6* ,. J 32 ,. *6 A -. A - 3*+ 8 ,2 .3 8 A , +H 0 1 G <211G 6* 6*+12 , 6 6* *-. -+ 2 014 ( - , 8 34 8 2A 12. -/ 6 34 5 A 6 27 1* 6* 1 , 6 - 1 2/ 2, E.1. 2 12/ 2, 12 ,2 +3 G 1 6 1.6 6 /2 G * 32H* - 6 0 12, AD 8 /. 12, .1 / 0 12 = 0<*1, = A, 0 12 = 8 < 7 +1* 2 12+2. 2= – 612, 12/ H2= 1 -2 , / H2= – < - G , <32 14 D 34H 8 7 1 12, D 34H* 6 - 12 (, + J* D /212 3 6 1* = , <32 1 , 212 6 -1 2,+. 1 /* ( 1 1 0 12 ., 2 -3( +12 A 5 G5 6 . *1 -2+ 0 632 . - , 8 (, (+. , < 2+ 2 1 . 12 (+ -2 -. 34 ,., 1 + 8 .6 ,. 1 7, 1 G, 6 2+3 -, . A6 -4 /2 62 4, 2= 1 A 6 2 -. 3 5 - 3, G5 <211G 5 1 5, 1 * ( <211G62 ., 6 27 3 8 / 5 1 D 8 E 5, * 0 E 34,., J * A * H.G14 ( 4 8 - H, - *,, 6 *+.G14 ( , =D.1 G. + 32 A - 014 ( 6* 1* 32 , =D.1 4 8 (/* *A 5, 10, 20 + ), + 32 6 6 .G14 ( 1 212 - 34 . -2 -. 34 . + E 8. 0 <211( 6 / 1+. - + (. T6 (, 6* 6*+12 . 12 A ( - G A, 8. .11G A, 212 <211G - , 8 ( H3(7 , 6* * G 1 5 A 126 37

8

-* 34 2=, -2 -. 34 A G 1 2= <211G 2= *=. y + 2 2+ G , <32 14 *,6 2/ , -*30 12 A 2= A, 1 , =D.1 7 6 - =, A . D < 14 +., (+ ,. 2 -D.12,.14 (. y + .6* H* . .1 H 4 ,. 6 1 6 8 014 ( , =D.1 A. 233(, (+ , G D.12 21 /* - (8 * ( D < 8 *A.341 1., - 3 -<.014 ( , 12 = * * 8*12/ * . 2, (+ , < 6* 12 (. y *14 0 6 3( *, 12A 5 12 A 5 1*7 3 8 G0 612, A 5 - , 8 4 G 1*7 3 8 ( 3*6 +3 (. •2H* 1 - , 8 (, (+ <* 21 2, 32 “6* * A /. (” 1 +30/* ( - *E3*+ 8 -+ 28 8 <211G 8 * 0, 1 014 , 1* 3 , -3( 6 - 34H27 -2 -. 34 27 8 .6 27 632. H 1 / 014 0 - , 8 34 . 6 2 -., 6* *1 00/2 4 *A- = * , 5, + ,6* 1 E 1 A 5, 8 . .( 2 /2 6 2G, 6 8 -2 6 6*30H+., (+ 0 1 7 1 3 1 12 2 * 0. */ , 1 + “ -D + ” <211G - , 8 ( * -+ A +3 - 014 ( <211G * 5 1.6 8 6 + 3 (. ' 14+2 . * 7 /.14, J D 57 - 12 1 3232 <211( 1*, J 5, / ,. 4 * - 3 (, J D 1 232 -3( *D* 1 + ., 2, (+27 J* 57 1 1+ = , ,2 D.32 1 . 6 - D 27 “1 63 1 =” -+ 27 -214 J 4 6 < G, 3* 2 * - 6 1 0014 ( A 6 + 3 ( 6 + 3 (. y*7 3 8 5 632 . - , 8 ( , G D.12 E +. 6 D.-<* -6 - 34 1 A 3 * <211(, A D2 1. = 6 E* = . , * 3 A 0 4 ,.. 34 0 4 ,. + 1*+ 1 1 G D 1 A 6 27 3 8 / 2, / ,, = 8 632 ,, D 1 A D,*<* 10 4 8 / ., = 8 + /* 10. *+A2 1* = 1*7 +2, 6 ’(A A . - ,3* (, * . D.11(, = 8 H 2-+ 632 10, 1 014 . 8 4 ,. *1 6 612, A 5 - , 8 4. •0-2 , G . - ,212, J - 3 -+3 - 12 5D < ( +.-2, J 1 *D A D.-4-(+27 ., 6 /2 12 - (12, J -6 - 3414 3*<214 32H* = + ,. D 34H*. -/ D 12 3 8 1* 6*12/ = 8 .6 30-2 2 E ,.G14 ( 1 + <32 A 6 83(-. C. | +3 2/+ - 1 * (, , -2 1 0 ( 14 - =< - H27 3*=. +J *= 6 * * + 1 30 12, 30-2 1 / G * D7 - . -2 1 0 (6 + A 2+ – 1 1 6 /.11( 8., .) *6 , 1 1 1 < 0G14 ( 38

A 5,2 - , 8 (,2, D < (,2, 63 ,2. y - <* 8 - = H.+ 12 3 . .D’G+1 14. y 63 2 6 <*+12 6 /2 014 3 - 0 12 D2 1 10, 6 -+ (0/2 55 D , J *D*A6*/ . 8 12 6 27 1* 6 (, 8*H1 3411* 6 (, 6 27 - , , <.14 - 6 , 812 4 ,. *1 6 612, A 5 - , 8 4, D326 - / A <. ( 3* 6 (, 1 = - 34 1 . 2 8 A 5 6 27 1* 6* 12/ 5 A G, - 5 D < 6 0 12 A 1(,2 30-2 2, + 34+2 , * <211G = 1 G+1 5, +.-2 1 214 ( D < ,*1 , 2A / G14 (, + , 6 /.11( * 34 1 /2 A <. ( 3 27 * . , 23, / 27 1 * * 8*12/ 27 A 1 1, 1 + < . - ,3* 2, 1 3* (, - 6* 27 1*=. y + D 1 A, 0 12,* 6 * 3*6 +3 (, D3(/2 = 8 1 / H2,, +1. 34 H2,, 6 * 3* * 3 A 5, 6 2 + 00/2 = 8 . . <211G - , 8 ( (+ 6 1* 3 1 4+ .1 * (, < 632 12, 632 0/2 1 3* ( 30-2 2 8 <211(, - , =D.1 4 8 . ’211G - , 8 ( + + *12A.014, D32< 014 * 34 1 D 1 +1 ., + *61. 34 . , -*34 , =D.1 4 8 , 2, 3 / *6 *A* 1.0/2 6 ( 2 6 1* 3.. D2 1 + E 8. ( D. G -2 , / 1 , 6* 6*+12 1 , 832D2 5 A, 1 1 , A * H* 1 , 6 1.6 7 6300/2 * , =D.1 G, -6.J* * 30-2 . y*7 3 8 (,2 612, A 5 - , 8 34 5 +12 1 D2 1 1 G 6 3+1. 3 A *, 12A (, 12 A ( 1 3*6 +3 (, J A * H.014 ( . 6 H 0 3* * 3 A G0. T*, 12/ 1*7 3 8 5 - 6 , 8 014 6* 2 ,. 1 .+1. . 0 , =D.1 4 8 H3(7 , +3 ( 4 8 26* *-< 34 27 / +. 4, 6 8 * 4, 6 4. y*7 3 8 5 12 A 5 6 2(014 , -*30 0 , =D.1 4 8 + 1*+ 1 4 8 <211( 30-22, A . 7. (, 632 . 126 27 1 -* 34 27 <211G 27 * 5 ,D < 8 +. 1 , =D.1 7 A. 234, (+ 3 - - +3 12 -3( 1 2, ( D < 8 *A.341 1.. y*7 3 8 5 3*6 +3 ( 6 ’(A 6* *-. , A +1. 3 A G0 -6 - 34 1 , E ,.(, 2/ + , -2 1 0 (, -*1 3 A G0 - , 8 4 1 A 21+ , 6 2= , 57 *8.30 (.

39

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y* 2( 6 *+12 = 6 27 3 822 // *+12 ( 6 27 3 ., 2000. – T. 30–54. . . T , 6 2, 2* .D‰*+1 + + + 8 212 ( 2 U+A2 1* ( 6 D3*, // 27 3. <. . – 2005. – y. 26, 9 1. – T. 18–28. . . •2/ 1 * 32/ 12: 32/ 1 S= 6 1* 2 3 + + , -*1* ,2 22 // /. A 6. + E. DJ. 6 27 3 822 2,. . C. • , . – CS6. 1. – ., 2002. – T. 56–65. . ". C A 1 S* 2 + +.341. S* A32/2( 1 1*82(7 3 - 0J*8 6 *-* 2( // 27 3. <. . – 2005. – y. 26, 9 2. – T. 5–15. Z. ’ <- 30D 2 // I., 6 2D (. – T D., 2002. – T. 159– 378. ]. C / * * +21 . – ., 2005. # 6., B 6. 1 .2 2* 2 S7 * 34 1*=. 1 22 2 + AS + + 1* 62(. – ., 2001. ©

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E* ,* + 6 1 3 A 5 D2 1 8 6 1* , A- = * ( 6 D3*, 5 , 3 - . C2A 12/ . E ,2 * 3 A 5 G5 A + , 12/ E , + 6 1 3 A 5 D2 1 8 , 3 - * 3 A.G14 (, (+ 6 23 , . 1 1 3* *0 <211G 27 A - 4 ,

: + 61 3A ( D2 1 8 , A- = * (, <211G A -

6 1* (.

3. /* 1. 6 1*34 = A- = -

3., 6

-

D E* ,* + 621 32A 22 32/ 8 6 1* 2 3 + + A + ,* 12 , .J* 1 3* 2( 6 D3*, = , 3 -*<2. 6*-*3* S -* 1 .+12 ( 2 8., 2 12/* + ( E ,S * 32A 22 U1 = A + ,* 12. + A , /1 8., 2 12/* + ( E , + 621 32A 22 32/ 8 6 1* 2 3 6 D3*, = , 3 -*<2 * 32A.40

*1 (, + + 6 23 , 2 34 = E* *, 6 1 +* 2 6 *1 *22 *0 <2A * S7 A - / , .J* 1 3* 2(. % : + 621 32A 2( 32/ 8 6 1* 2 3 , 6 D3*, ( , 3 -*<4, , .J* 1 3* 2*, <2A * S* A - /2. The phenomena of the personality potential capitalization as a rule of the self-realization of the problem youth has been grounded. Destructive and humanistic forms of this rule realization have been defined. It has been demonstrated that the humanistic form of the personality potential capitalization of problem youth is implemented mainly in the social realm in the process of defining and implementation their self-realization life tasks. Key words: personality potential capitalization, problem youths, self-realization, life tasks.

B . * *1 * ( + 5 2 -* < . A 2 + 0 *+ , + 0, 1 E , = 6 * 2, (+ -D. 014 ( . 6 34 1 , A + *, 6 H2 * ( = 6 832D3* ( 1 27, 1 8 H 27 1 . + , .11G * - A / 632 014 . 6 34 121.12 = A * 1 2 *3* (, . 1 ,. /2 3 6 * 8 , = 8 A 3./* ( - . 6 34 8 <211( 6 D3*,5, 3 -, D2 1 * 55 , A- = * (. -*14 ( 6 /2 3* . 8 .6. A32 27 - *8 12 27 34 27 ( 2J , 3 -27 30-*= (+ 2, 34 - (34 14, <2 ( + 12+ , C •/T , TI 1 .), 1 + < E +12/ 27 5 1 +12 27 6 H2 0 / 27 *8 12 27 ( 2J . , 3 - < ,. * *- 2J . A ’(A+. A 2, +1. 3 A.G14 ( 6 1 *D - 3 -<* ( A + , 1*= ,*7 A, , A- = * (, * 3 A 5 <211G 27 A - 4 ,* G5 , 3 ., 7 6 - 34H27 34 -*+ , / 27 1 E , =, A 21+. 2 + 27 - 2 . ./ ,. .+ 5 4+ ,. . 6 34 1 . *A < 0/2 A / 34 * . 2, (+ J / A 3./ 014 ( -3( D 14D2 A *8 12 2,2 ( 2J ,2 , 3 - < ,. * *- 2J , 1 21 12 6 E 3 +12/ . - (34 14, ( 2J * *- , 3 - * 62 -1 0014 (, 6 -*+.-2 A 1 014. C2 2+ G 3 8 / * 6 26.J* ( 6 * 26 -+ 2= 7 +1* 4 8 6 * . = 8 .11G 2= A ’(A + A 6 H2 * (, 1 27 1 .+ . ./ ,. . 6 34 1 , * - A / 2, 632 , 1 E , =, J -D. 014 (, A32 . 1 6 D3*, . , 3 -4. F* A., 30G 6 1 *D. - 3 -<* ( A + , 27 34 41

6 27 3 8 / 27 A ’(A+ ,*7 A, -1 * ( , 3 - < ,. * *- 2J *8 12 27 ( 2J, 6 ’(A 27 A 6 H2 * (, 1 27 1 . + . A , A 12, 6* = / 12 6 D3*, 5 , 3 - G14 ( 6 * .12 ( - A 2/ = 8 34 8 <211(, 6 -*+.-2 - (812 A / 27 . 6 7 . 2 H* <211G 27 A - 4 1 , A- = * . F* 1 + < 6 1 *D.G 6 832D3* 8 34 6 27 3 8 / 8 3 A., 2( 3* ( .11G 27 ,*7 A, . 6 H1 4 8 6 * . 6 +12/ 8 2+ 2 1 ( 57 . 6 27 + *+ = = D 1 A 6 D3*, 0 , 3 --0, A D*A6*/* 55 -6 - 2, 34 -6 27 3 8 / 2, .6 - ,. : - 3 -212 632 6 H2 * ( 6 832D3* ( 1 27 1 . + 2 H* ( <211G 27 A - 4 1 , A- = * ( 6 D3*, 5 , 3 - ; 6 (12 A 21 + + 6 1 3 A 5 .6 - 27 + 5 7 1. 1 + 5 7 A 1 E , = 0 *+ , + 0, - (+27 3*<214 + 5 ; A’( . 12 34 6 27 3 8 / ,*7 A,2 + 6 1 3 A 5 D2 1 8 6 1* 3. 6 D3*, 5 , 3 ., 7 2 + 27 6* *1 * 4; 2A /212 6 (,2 , A- = * ( 6 D3*, 5 , 3 ., 7 + 6 1 3 A 5 30- 4+ 8 6 1* 3.. 6 1 3 A ( . 6 34 8 <211( G - G0 A 6 - 27 A , 1*= A 21+. 30- 1 A 1 1 3 11( = 8 .(. F* 1 G A A., 32, . + 1*+ 1 ,*1 - 3 8 / 8 3 A. 127 A .H* 4 . 34 ,. <211 , (+ -D.32 ( A *= / . C 6 1 -. 1 34 . *6 7. + 6 1 3 7 +1* 2A.G14 ( 6 2 + * 2,2 1*,6 ,2 A 1 ( 6* H A * . E* 2 D 2 1 , 5 30-2 2 A 7. + + 6 1 3 A 5 30- 4+ 8 6 1* 3.. 2 4 ,. 2, + 6 1 3 , * D 34H 0 , 0 1 014 * , 1* 34 A D2 2 D 2 1 , 30- 4+2= + 6 1 3. A * *-2 2 ,2 .3 8 1 3 11( A 2 .127 + 5 7 A /23 ( 1 3 1* -* ( + 6 1 3 A 5 . 6 34 27 - 2 – 6* *1 * ( .+2 D*A6 * *- 4 . 2 D 2/., 6 -.+12 . 23. , -6 - , .+ 27 34 27 6 2+ , 8 , - 4+27 8 A = – ./ 2+ 2 D 2 1 30- 4+ 8 34 8 + 6 1 3.. 7. + +30/* ( . 2 D 2/ 21 12 1 1 .+ 27 A D +, 1 7, 34 27 ,*-2/ 27 6 3.8 AD 34H.G14 ( + 6 1 3 G, 14 . 6 34 8 2 D 2 1 , A 1 G A 8 34 1 14 .+.6 8 . 6 34 8 6 -.+1.. TE* 2

+

42

1 7, 34 27 ,*-2/ 27 6 3.8 . A 2 .127 + 5 7 E. + .014 (+ E* 2 E ,. (, AD* *<* ( 1 A 1 ( 6* 34 8 , 8 .6 8 ( ,*= 8 , + 6 12 8 ) 34 8 + 6 1 3.. 3./* ( 34 8 6 -6 2G, 2 1 8 , - 4+27 8 A =, 1 * ( 27 D /27 , 4 . 34 = E* A D*A6*/.014 1 3 14 30- 4+ 8 A 21+. ./ 27 . 6 34 1 . -(+2 4 ,. - (34 14 8 , - 4+27 8 A =, 34 D 1 , 34 * 6 -6 2G, 2 1 1 014 2 D 2/ 0 E* 0, E* 0 2 D 2 1 6* 34 8 , ,*= 8 34 8 + 6 1 3.. 1<*, 7. ( 34 -6 27 3 8 / = . G5 A + , 1 A., 30G *-* ( 55 6 (1 = 2= 6 1 1 +27 6 (14, (+ 6 27 6* 34 2=, 6 27 ,*= 2= 1 6 27 34 2= + 6 1 3. T 34 -6 27 3 8 / 2= A, 1 + 6 1 3 A 5 6 3(8 G 1 ,., J 34 -6 27 3 8 / 1 . +2, .D’G+1 -2 -. 34-6 27 3 8 / ,*7 A,2, D2 1 2 2, A- D 1 = + ,6*1* 5, -.7 1 D. 014 . 6 34 5 1 1, A D*A6*/.0/2 2 D 2 1 , A6 - 3, D, 1 6 <2 (, 1* 34 27, 34 27 -.7 27 1*= . 6 34 1 . C 2 1 014 *, 1* 34 2,, 30- 4+2, + 6 1 3 ,. +J 6 1(8 , 6 6* *- 4 8 1 3 11( 34 *+ , / 2= A 21 + + 5 2 2A / ( 55 , 1* 34 1*7 / 0 D A 0, , 1* 34 -E 2, + 6 1 3 ,, 1 ./ 27 ., 7 2A / G14 ( (+ 10 *, A 21+. 30- 4+ 8 E +1 , 1 D1 *, 1* 34 2, – 30- 4+2,, 1*3*+1. 342, – + 6 1 3 ,. y +, 34 * D 8 1 1 TI 1991 +. 1 23 6 2D32A 54,5 1 3 - 3, A (+27 26 1 3 - 3 (48 %) 6 26 - 3 *, 1* 34 2=, 30- 4+2= + 6 1 3 [1, . 9]. -*( 30- 4+ 8 + 6 1 3. * G 0 1 5 *+ ,/ 5 -.,+2 –A8 - =, 6 *- 1 2+ +3 2/ 5 6 3 1*+ , 5, . + . - + (+ , 1 = 2= A- 3 *+ ,/ 8 3 A. 1* ( 30- 4+ 8 + 6 1 3. E ,. 3 ( .D*< 50–60-7 + 1. A -(+2 *+ , 1 , y. I.34 . . '*++* . [2; 3]. -(+2 5, 57 , 6 3 - 2+ , 1* ( 6 / 3 +12 6 H20 12 ( A E* 2 * 2 + 5 - (34 1 30-2 2, A + *, 2 /* ( 1 +27 34 27 ( 2J 1 121.1 , (+ 1 , 7 -

43

A+ 2,

’(, , 8 (, H30D -2 , A3 /2 14, -2 (1 J . 1* 5 30- 4+ 8 + 6 1 3. y. I.34 , . * , <. K* - 2+ [4–6] 1 . D„ . 1. 32 * 12 5 30-2 . (+ .11G 2= E +1 *+ , / 8 A 1 (, A + *, A /* ( *+. 12 *+ , / 2= A 21 +. '.3 1 3* , J 6 1(8 , 1. 8 , -<* ( 30- 4+ 8 + 6 1 3. 26* *-< 3 1*,62 8 , -<* ( , 1* 34 27 D 8 1 1 . A 7. + ,2 * [5], 6 1(8 , 6 3( G 8 6* -. 6 2 1 - 7 -. -.H. *3* ( TI D. 15–30 % A., 3* 2= 6 - 2J* (, 1 4 8 ( D / 5 232. - 1 +27 + 5 , (+ + 8, T 8 6. , -* *( 6 -1 * -<.G, J 1 + * 12 5 1. = 7 . A’( G =D 34H *E*+12 0 1 1*8 G0 34 -*+ ,/ 8 A 21+., J .11G AD 34H.G 30- 4+2=, 1*3*+1. 34 2= + 6 1 3 + 5 2. 1*3*+1. 34 2= + 6 1 3 G = <32 H 0 +3 - 0 2D 2/27 +12 8 A =, J E. + .G ., 7 6 1 -. 1 34 8 E , = 8 . 6 34 1 . y +, A - 2,2 1998 ., 1 14 G5 E ,2 + 6 1 3. 6* *- 27 ,* 2+ 4+27 + ,6 (7, A = (127 . E* 2 +27 1*7 3 8 =, 1 23 69 % . 1 .+1. 4 8 + 6 1 3., <* 6 / 1 + 2001 . 6* *2J. 3 80 %. ./ 27 34 -*+ , / 27 - 3 -<* (7 *, 1*34 2=, 30- 4+2= + 6 1 3 A G0 1 .+1. 0 A6 - 3(G14 ( 6* 34 2= ( -2 -. 34 2=), 8 .6 2= 1 34 2=. .D < E 7 2A / 014 # #5 . (+ * -/.<. , D*A6 * *- 4 6 ’(A A 30-2 0 55 D2 1 2 2, - 1.6 -3( H27 30-*= 32H* A -(+2 55 34 = A8 - , A + *, ., (, + * 12 14, 6 -6 2G,32 14, , 32 14, *,6 1 (, D2 1 3 -* 1 , A- 1 14 D.12 , 34 2, 6 2+3 - , [7]. 0 5. 0 . 5 3*< 14 A (, ., ( A- D 1 6* 3. E , /2 8 A =, 1 + < 6 *-,*1 * *A.341 1 57 - (34 1 – 1 .+1. 2= + 6 1 3. -*14 ( 6 1*3*+1. 34 . 3 14 ( 2 7 -2, + 6 =12, 1 8 , +2, 2 D 2/ 1*73 8 5, 3 * A 5), E 1 .+1. +12 2 ( 8 A = 1 1*8 5, 2 1*,. .6 3 (, + 6 12 . +.341. ., .1 H ,* *< , D A2 A (). * 2, A 2- , 8 .6 8 30- 4+ 8

44

+ 6 1 3. G . . + *, , . '*++* [5] A D2 *+ , / . , -*34 3 A. ,*= 8 + 6 1 3. 1 D„ . 1. 34 . 6 *- +. ,*= A 6 A2 = 612, 34 8 * 1.( 1. - 1*=. 1 . 7 630G A ’(A+2 A A H , * *- 2J*, – 6 <2 / ,2, 6 1 / 34 2+ ,2, , * 0 8 , - 0, -* < 0 3 - 0, + +. * 1 ,2. (1 H *, 1* 34 1 1 014 2 H 34 2, E +1 , *E*+12 8 A 21+. 6 -6 2G, 1 , A D*A6*/* ( 57 + +. * 1 A- 1 1 . A 2-. 34 8 + 6 1 3. -*(+ - 3 - 2+2 - (14 +.341. 2= + 6 1 3. 8 3 , *, 1* 34 2=, 30- 4+2= + 6 1 3 . ./ = *+ , 1 +1.014 (+ A 6 A 4, A’(, 2/ +, -., (+ 2+ 2 1 .014 30-2, 30- 4+ 6 34 12 -3( 1 2, ( - 7 - . 2 /* -*+ , 12 - 6 (11( 30- 4+ 8 + 6 1 3. 1 3(14 ( 6 - A ,., 3* 3 ,. 7 -(14 ( -., , J 30- 4+2= + 6 1 3 G 8 3 0 .H = 0 23 0 34 *+ ,/ 8 A 21+ ./ 8 . 6 34 1 . C 2 < 014, J E ,. 0 A 21+. 30- 4+ 8 + 6 1 3. 6 2 6 2- 3(12 D32 . . 8. , 30-2, ,’5, 6 34 12 -* < 3 ,.. -*5, A +3 -* 1* 5 30- 4+ 8 + 6 1 3., 8 / . .11G 632 .32 *+ , / . 6 3 12+. D 8 14 7 -* < . -(+2 = 1* 5 A, 23 ( 1 3* ( . 6 34 1 * 12 = . 30-2 .. 7 6 / 32 A83(- 12 (+ 1 + , J A D*A6*/.014 2 D2/2=, 6 2/ ,. - 8 1 + 2= A 5, 7 +1* ,, *E*+1. y +2= 6 -7 - 1 1* *12/ 2, 6 +12/ 2, D„ . 1. (, 6 2 + * 8 A 21+. 2 1*,2 12 6 -8 1 +2 + .D 8 14 7 + 5 7 ./ 8 1.. - 632 , 1* 5 6 +12+2 30- 4+ 8 + 6 1 3. -D.3( 1 + < A / 6* * G 1 ( 34 5 6 3 12+2 345 D 12 D 8 14 7 -* < . + *, , 6 8 ,2 D 14D2 A D - 10, A3 /2 10, *8 , 1 10, 6 8 ,2 A8 6 D. <211(, D 14D2 A 34 2,2 7 D ,2 – + , (,2, C •/T , 1.D* +.34 A , 1 H2,2 7 D ,2 – 1 32 A83(- 12 ( (+ *E*+12 * A (--( D 14D2 A AD* *<* ( D2 1 8 1 34 8 6 1* 3. = + 6 1 3. 5, A D*A6*/* ( + +. * 1 A- 1 1 J H27 + 5 1., 6 2D32 1 -3( 6 21 +. 30- 4+ 8 + 6 1 3. A H27 + 5 . 45

1<*, ./ 2= 2 3 A = 2= 6 * 7 +1* 2A.G14 ( 1 ,+2, 34 -*+ , / 2, A 1 (, A 2 * 27 + 5 . 3A= 8 D32 1*= 6* *+ .G 1 ,., J * A 1 (G *A.341 1 , + 6 1 3 A 5 30- 4+ 8 6 1* 3.. C <32 2,2 34 -6 27 3 8 / 2,2 6* *-., ,2 . - ,3* ( G5 A + , 1 1 32 1 + . 6 34 1*/ 5, (+ A 21 + 30- 4+ 8 6 1* 3. – Human Potential Movement (HPM) A 21 + 30- 4+27 * . – Human resource development (HRD). • -* , 2 A 2+ , 6* H 5 1*/ 5 1 3 8., 12/ 6 27 3 8 (, (+ A 0 3 60-7 + 7 XX 1. G - 2= . 6 34 2= .7 A 21+. 30- 4+ 8 6 1* 3. – HP (A. Maslow, C. Rogers, R. May, F. Pearl 1 .). -*= 2, + (, 4 8 .7. D.32 -*5 8., A,., C - -<* ( 1 2 1 . , 1 8 , <32 2,2 +3 - 2,2 8., 12/ 5 6 27 3 8 5 1 32 + *6 5 , +1. 3 A 5 (A. Maslow), D2 1 8 A 1 (1 , - 6 , 82 [8]. .7 A A 21 + 30- 4+ 8 6 1* 3. , ,*1 6 +12/ . * 3A 0 -A 2/ = 8 6 1* 3., (+2=, (+ 23 (, 6 21 , 2= D 34H 1 6* * / 27 30-*=. C D A. ( 6**+ 1 , J A -(+2 * 3 A 5 .1 H 4 8 6 1* 3. D.110 -A 2/ = 27 A- D 1*= 30-2 A, <.14 - (812 2 (1+ 5 (+ 1 <211(, 6 212 = 8 J 1(,, 1 / 10 , A- = * (,. H* <32 * 6* *+ ( 6 3(8 3 . , J -2 -. 34 +12 14 /* *A * 3 A 0 3 8 6 1* 3. , G 34 2= *E*+1 G E +12/ 2, 6 2+3 - , 1 <32 0 - 6 , 8 0 H2, 30-(, . 2 34 * 57 4 8 6 1* 3.. * *-D / 3 (, J A -(+2 ,* *< ,. *E*+1. 6 H2 * ( -2-. 34 5 +12 1 A 2 34 * ( 3 8 6 1* 3. + < 8 /3* .,. 2 2+ .14 6 A212 34 A, 2 . 6 34 1 [8]. T4 8 - -*5 1*7 3 8 5 8., 12/ 5 6 27 3 8 5 , 014 G - * 1* *12/ * 6 +12/ * A 1 . ( + *6 5 A21+. 30- 4+27 * . (HRD) . 283(- 6 27 3 8 / 27 1 34 -6 27 3 8 / 27 1* 1 1 * 8 27 1*7 3 8 = 6 -8 1 +2 + - , A 21+. 30- 4+ 8 6 1* 3. 1 + 6 1 3. 6 2+ + ,* = 27, -* < 27 8 , - 4+27 8 A =. T6 / 1+. 2A /* ( A 21+. 30- 4+27 * . D.3 -*J A .A4+2,. H3 ( ,6* *- 6 6 -8 1 +. 46

+ 3E+ 5 D / 5 232. 6 / 1+. 60 7 + 1. *= .7 E +. . ( 6* H. /* 8. 1 <* - .8. – A- ’5. | ,. ( , 4 A83(- 3 ( (+ * -, * 12 5 30- 4+2= + 6 1 3 6 3*34 A * 12 (,2 + 61 3 , 1* 34 2=. 70-7 + 7 + * 1 A, 12 ( 3A = E. + 5 12 A 63 . (, / (, (+* A83(- 3 ( (+ .A8 -<* * A 2 + , 6 = 8 *8,* 1 G0. * * / (, 1 * 82 6 - 2J* ( + 3 E + 5 1 32 6 1 = 0 6 1 *D 0 ./ 8 -2 , / 8 . 6 34 1 . 80-1 +2 A 3 . - ,3* ( 1 8 , J A 21+. 30- 4+27 * . , <.14 D.12 A 3./* = H E +1 2, ,6* *- 6 27 3 8 / , 1 + (+ D2 1 A- D 1 , , 12 ( 1 J . F* - 3 A, 8. 6 ( 212 -, 1 , < ./ 2, *+ , / 2, A 21+ , -*(+27 . 6 34 1 +.341. . -(+2 1* 5 A 21+. 30- 4+ 8 6 1* 3. 1* 5 30- 4+ 8 + 6 1 3. E 7 8 ,2 A 21+. (UNDP) A D232 + 21* 5 A 21+. + *, A(1 5 + 5 2. 1993 +. D.3 6 *-* *=12 8 6 ( ( A 21+. A 27 + 5 1.. C . 4 8 6 ( ( 6 +3 -* 6 (11( A 21+. 30- 4+ 8 6 1* 3. 1 A D3* 2= -6 - 4 8 -*+ A 21+. 30- 4+ 8 6 1* 3. ( • ) – The UN Human Development Index (HDI). • A 7 .G14 ( 1 4 7 6 + A 2+ : • - 8 3 11( A8 <211(, (+* 2A / G14 ( 6 2 -<* (+ / +. 1 2 3 14 , =D.1 4 8 <211(; • - (8 .1 8 ( 12, (+2= 2A / G14 ( (+ .+.62= -*+ 8 , 1 1 3 8 *3* (; • ( <211(, 0 8 D A * 34 8 CC -.H. *3* ( (6 21*1 +.6 *34 5 6 , < 1 - 3 7 TI ). 3 A, 6 *-* 2= C * 1 , D + , -3( 192 + 5 , 6 + A ,J 6 - . 34 . D 34H 1 27 + 5 (64 %) - 8 014 30- 4+ * . 2. * * 8 30- 4+ 8 6 1* 3. D32 6 ,1 + 5 7 A 2 +2, *, - 7 - , 3 D+ 0 * . 0 D A 0, 6 2+3 -, . ,*//2 , 6 5, I *= 5, -* *= 6 + A 2+ (8 G 80 % A 8 34 8 D (8. 34 8 D 8 1 1 . 1 A 2005 + 6 + A.G, J A 8 3 • + 5 1. 6 + J.G14 ( A - , 8 3 2,2 2 (1+ ,2: 6 1 -( 4+ -* < 2 47

+ 5 2 .D*+ 1 34 5 E 2+2, (+ -*, 1 .014 = 8 1 D 34 2= 6 -. 8 H* ( 12, 1 8 ( *+ , +2 A 1 ( ( ,* 1 1 G 6 2/2 ,2 6 -. -*+ . 6* H = 8 .6 + 5 ; . - .8 = 8 .6 0 6 2/2 0 6 -. A2G14 ( 6 H2 * ( C •/T [9]. 3A 34 -*+ , / 27 - 3 -<* 4 1/2A ( 27 A .D < 27 1 6* *+ .G 1 ,., J * *27 2A /* 4 30- 4+ 8 6 1* 3. 1 + 6 1 3. A / * , * 6 - 014 6 27 3 8 / 34 -6 27 3 8 / 7 +1* 2 12+2, (+ D A+ 2 014 <32 D2 1 , (, A- D 1 , 2/+2, D A D*A6*/.014 - (8 * ( 3*=, 2+ ( A - 4 . 6 * -2 -. 34 5 - (34 1 1 34 -8 .6 5 + ,. + 5. y +, 6 2+3 -, = 4+2= *+ , 1 . . *=D 3 .A 8 3400/ ,. - 3 -<* 7 +1* 2A.G 1 .+1. . 30- 4+ 8 34 8 + 6 1 3. (+ “+ ,. + 5, D2 1 2/+2, , 12 0/ 6 3*832 14, , -2 263 ., A- 1 14 +* . 12 4 *12/ 2,2 , ,2 1(,2, , < D2 1 2/+2 D 12 + , - , 3 -* 1 , ., ( A ’(A. 12 6 D3*,2 [10, . 24]. 4 8 6* *3 +. 3 - - - 12 1 6 27 E A2/ 8 6 27 *, = 8 A’(, *, = . 1 D 34 14, 1 * 1 =+ 14, 34 -6 27 3 8 / . + ,6*1* 1 14 . A 27 55 6 ( 7 [11]. -*0 34 8 + 6 1 3. D.3 A +3 -* 6 (7, E. 0 +8 =, M. C*D* . ./ ,. A., 34 2= + 61 3 3 A. 32 A 1 2, A + *, , .1 , |.+.(, A 1 . 32 * 6 (11( -* < 2 *8 ., . '. -4G A D2 D32A4+. A A, 1 , - 6 (11( 34 8 + 6 1 3. + *6 0 +.341. 8 + 6 1 3.. * * < D 34H 14 - 3 - 2+ A83(- G 34 2= + 6 1 3 (+ 6 -.+1 . 6 -+ 5 +.341. 2 , 6 *- +2, (+ 1 +2=, J D’G- .G + 3*+12 A. 233( -2 - . - (8 * *8 H 27 3*=, ,6* *- 6 *-32 1 , + 2, 30D , 6 - .< 1 D 1* 1 . C*32+* A /* ( 6 2 4 ,. - G14 ( “ 34 = * * 8 5” . E , - .
48

T3 - A A /212, J - 3 - 2+2 6 (- A A83(- , -2 -. 34 8 34 8 + 6 1 3. A / . . 8. 6 2- 3(014 1 + < ,*= ,. + 6 1 3.. 4 8 6 83(-. 3.H 0 G -.,+ |. y.,. 6 6 1 *D. 2A 12 - D D.1 ,’5 A 8 3 . ,*1. 34 -*+ ,/ 8 . 6 34 8 A 21+.. C3 *, ,* ,’( G .H = 0 23 0 2 3 A = 8 A 21+. XXI 1., + 34+2 5= 3*<214 D*A6 * *- ( 2 H 34 34 . E ,.30- 4+ 8 34 8 + 6 1 3., 6 *-32 < G - 3 - 2+ [13]. y ,. 3 -* ,2 8 1 3 11( 1 .14 1 . 6 34 1 , (+ A, <.14 6 0 , 0 A+ 212 2+ 2 1 12 6 1* 3 ,’5 (+ 8 3 8 A D. 2 3 A = 8 A 21+.. 8 3 , 34 -6 27 3 8 / 2= A, 1 + 6 1 3 A 5 30- 4+ 8 6 1* 3. 6 3(8 G 6* *1 * D2 1 8 , ,*= 8 34 8 6 1* 3. . -6 - E ,2 + 6 1 3.. *A.341 1 , 4 8 6 * . G E ,. ( 6 27 6* 34 8 , 6 27 ,*= 8 1 6 27 34 8 + 6 1 3.. A 8 34 00/2 + A * 2J*, . / . . , < 1 +1. 12 (+ 2 1*,. .D’G+1 27 -2 -. 34 6 27 3 8 / 27 ,*7 A, , D2 127 2 , A- D 1*= + ,6*1* =, (+ , 014 . 6 34 . 1 14 1 A D*A6*/.014 , A- = * ( D2 1 1 ./ ,. . 6 34 1 , 55 D2 12= 34 2= , A 21 +. * 34 2= + 6 1 3 .A8 -<.G14 ( A 6* 34 2, -* 3 , 6 8 , 0 , A- = * (. /.11( 3 5 1/ 1 1, 8- 1 G 0 *8 H 8 , 1 8 2A /* ( 6* 34 8 + 6 1 3.. / . – * 2 1*, ,*= 27 1*=, 34 -6 27 3 8 / 27 ,*7 A, ,*= 5 A G, - 5, <211G27 6 8 , ( * 5 ), (+ A D*A6*/.014 -1 * ( = AD 8 /* ( D2 127, ,*= 27 . 6 34 27 1*= 1 1 1*=. / 1 . , < 2A /212 (+ 2 1*,. 34 -6 27 3 8 / 27 ,*7 A, , A + , 27 A ’(A+ , (+ 3*< 14 2 D 2 1 , A6 - 3., 2+ 2 1 ( A 21+. 6* 34 27 1 1*=, ,*= 27, 1 + < , 1* 34 27, 34 27 1 -.7 27 1*= . 6 34 1 . T 34 -6 27 3 8 / 2, ,*7 A, ,, (+2= A D*A6*/.G A 21 + 27 E , + 6 1 3., G 1 14, 1 1 . +2, (+

49

E ,.014 6* 2E / , -, - 1. 34 8 D, . 6 * 6 3+. (, - 2 2 , < 30-4,2. 1 .- 5 1* 5 1 1 2632 G, J -<* *3 , 1 1 - - 1+ 5 1 1 G 6 ( .D’G+1 2 D 2/ 8 6 * .. 4 ,. * 1 * ( = 1 2, ( - - 1+ 5 1 1 2, 2+ *, 2 D 2/ 8 6 * . A D*A6*/.G14 ( A 7.+ A 21+. 3 8 6 1* 3. . 2 D 2/ ,. 6 * 1 * 12 = . A 21 + 3 8 D2 1 8 6 1* 3. – A 4, 6 *-,*1 27 + ,. + 12 27 + ,6*1* =, A- D 1*= D 12 + , - . y ,. 6* *1 * ( D2 1 8 6 1* 3. 6* 34 2= + 6 1 3 12,.30G , A 21 + D2 1 1 . A 34 -6 27 3 8 / 8 6 83(-. 1 14 – * 6*2E / 2= ,*7 A,, (+2= .11G 12,.30G .D’G+1 14 D21 1. -(+2 4 ,. : • . 57 1 . + 7 1 G .D’G+1 , 6 -6 - 34 1 , * * -6 - 34 14 A *D*, 5 /2 +2, = <211G 2= 1; • 0G *E3*+ 5 , *E3*+ 5 0 - (3414 55 6 -.+12 (+ 1 (1 + , J , 014 . 14); • G 1.G14 ( A 1 ( 1 1 3 8 6 1* 3., = 8 6 2, <* ( /* *A A 21 + 57 1 /27 23 . * D2 1 8 A 1 (, A 21+. A 4, ., 4, + ,6*1* = (+ 1 +27, J A- 1 6 2 * 12 6 2D.1 +. –1 1 -. / 0 / , 5 4 0 [ 5B’[ 1 ,1 4 4, 7 05 . # 5 # , 5 , 5 2/ # 5. 6 1 3 A ( 30- 4+ 8 6 1* 3., 6 H2 * ( 1 27 1 . + .6* */32 2, /2 , 632 014 A32 . 6 D3*, . , 3 -4. - 8 D +., , 8 ( .1 * -212 *D* (+ “+ .1 8 ”, A- D.12 <211G D3 8 A 6 2 26 , “. * = - A.” H1 7 G , 3 -4 A3 /2 2, - + 2, 34 5 - (34 1 , + D A * ., 6 2A -214 + 12/ 5 A 3*< 1 , . <* ( C •/T 1 H2,2 34 *D*A6*/ 2,2 7 D ,2 [14]. - .8 8 D +., 6* *<2 ( <211G 27 + 2A . A ’(A+. A A 8 A 0 . ’(A * (, . <* (, C •/T *, <32 10 6 - <. 12 1 2= + 2, 34 2= 6 D <211( 6 2(014 ,2 3* 0 1 3 8 D2 1 8 6 1* 3.. C+30/ G14 ( ,*7 A, 50

6* *83(-. 1*= – 1 G -, + 12/ 8 6 D. <211(, + 12/ 8 + =E., (+ *-.14 - ,* 1 , 2A G14 ( 14 A8 , D3 8 6 3./ 8 6 D. <211(. y + + 2A2 A - 014 ,2 32 <211( 12,.30014 , 3 -4 - * 3 A 5 4 8 6 1* 3. A + 2, H3(7 , – /* *A A- D.11( 12, 6 E* 5, /* *A 1 .- . - (34 14, ./ 14 . D 1 8 , - 4+27 8 A =, -* 55 <211G 2= -, + ,6*1* 5 G 34 1 2,2 A 1 *D. 2,2. 1<*, + 6 1 3 A ( 30- 4+ 8 6 1* 3. 6 D3*, 5 , 3 - * 3 A.G14 ( . - 7 6 123*< 27 E , 7 – -* 1 .+12 = 8., 12/ =, J - D < G14 ( . E ,. 8., 12/ 8 -* 1 .+12 8 6* 34 8 , ,*= 8 34 8 + 6 1 3.. 1 * ( -1 * ( 6 D3*, 5 , 3 . 6 34 1 ., <32 30014 A /2 2+2 = ., 2 – 6 27 E A2/ , 34-6 27 3 8 / , 34 . T* *34 27 /2 2+ D32 34 3*<214 1 2, 1 . + ,, + 34+2 + G ( A3 /2 A -2 +.6 3 + 12+ 1 ./ 14 . A3 /2 ,. + DA * -3( A D*A6*/* ( *D* + 12+ ,2 E ,2 -3( 57 6 2-D (G 2,2 *8 12 2,2 6 ( ,2 6 D. <211( 6 D3*,5, 3 -. 8 - A + 2, 34 0 1 12 12+ 0 6 1(8 , . 4 8 6*-. *A 3*< 1 + 5 2 / 1+ A3 /2 , + G 27 , 3 -2,2 30-4,2 + , - 14 - 29 + , 1 D 34 6* * 2J.G 50 %. - 2,2 * <+ , 1 1. A 2002 +, 65,7 % A3 /2 , + G 27 , 3 --0, – * A3 /2 2, 6 ’(A A *A + 2, D 8 , + 12/27 */ 2 + 2 32 2,2 , 12 ,2 [15]. 1 ,, A . <2, , J (+ 4 / 12 - , 1*= 6 + 2, 34 . <211G- (34 14 6 D3*, 5 , 3 - /* *A 1 /2 H 6 2/2 2 * 6 1 63(G 1 12 12/ 5 A 1 1 . 3A + 21. 5 A 1 G 6’(12 //( -/214 6 55 . +3 - * (. “T1 , 01.01.2006 D3 +. A *,*-2/ * <2 ( + 12/ 27 A D 6* *D. G 152,4 12 . D… +J J / * *- 4 ,. 6 + 5 2( 3(3 4 25 12 . 6 <2 / + 12+ , 1 . 2005-,. D3 + 46 12 ” [16, . 1]. F* 8 214 6 1*, J A +. + 6* / 12 A32 5 , 3 - 6 6 0G (-2 6 D3*, 5 8 .62, 1 G * 1 34+2 1(8 *, -3( 57

51

,*= . 6 34 1 , = 6 2/2 0G +12 2= .= 2= 632 30- 4+2= 6 1* 3 57 D32A4+27 . 6 34 1 3 ,.. T3 - 6 -+ * 3212, J -* 1 .+12 E , + 61 3A 5 A 2 G14 ( ., 7 2A4+ 8 ( <211( D 34H 1 .+5 4+27 ,*=, 6 8 H* ( A’( A,* H* ( /* *A A 6 2/2 2 - 1.6. A32 5 , 3 - 12 = 2 3 A 27 ., <211(. 2, 34 -6 27 3 8 / 2, ,*7 A, , -* 1 .+12 5 + 6 1 3 A 5 G 4, 1 D1 1(8. ( , 3 - 5 30-2 2 D’G+1 1 . +2 H3(7 , 55 D, . 1 *+ 63. 1 5, *+ ,/ 8 6 A *+ , / 8 6 2,. .. C2+ 2 1 ( – * *+ 63. 1 ( 30- 4+ 8 6 1* 3. ( 8 3 8 *+ 63. 1 27) -3( AD 8 /* ( H3(7 , + 2, 34 5 - (34 1 , + .6 5, H27 .= 27 -3( , 3 - 5 D2 1 1 .,. 34 27 E , - (34 1 . C2+ 2 1 ( + + *12A.G14 ( /* *A 34 6 27 3 8 / ,*7 A,2 2, 8 ( 6 <2 1 . 0 4G -*E , 2, - , 8 (,, 34 -6 27 3 8 / 2, ,*7 A, ,A 8 D2 1 = 23 *+ 63. 1 1 4+ 8 2+ 2 1 ( H27 -3( A - 3* ( 3 27 <211G 27 6 1 *D. . 6 1 – * 34 -6 27 3 8 / 2= ,*7 A, , 6.3(12 8 2+ 2 1 ( H27 -3( A - 3* ( 57 6 1 *D, J D A.G14 ( 6 A = *- GA- 1 1 , D*A 233 1 E 12341. C2, 8 ( 6 <2 1 (+ -*E , ,*7 A,2 .D’G+1 1 A D*A6*/.014 AD* *<* (, -1 * ( = 6 H2 * ( A 3*< 1 , A., 30014 E 1234 14 1 H -*E 21 2 2 7 +1* 2 12+2 D2 1 1 . 7 6 A212 A, 2 , <32 32H* A ., 2 -*+ 1 8 .D’G+1 8 6 -7 -. D2 1 1 , D32 + 32 =-*14 ( 6 6 D3*, 27 , 3 -27 30-*=. 6 12 8. 4 ,. 8., 12/ + 6 1 3 A ( 30- 4+ 8 6 1* 3. 6 D3*, 5 , 3 - 6 ’(A A .D’G+1- .D’G+1 0 A G, - G0, A 1 3* (, - 30-2 2 (+ 34 8 3 2+ 57 D2 1 27 * . . + 6 23 , 6 D3*, , 3 -4 *3 A.G = 6 1* 3. 34 = E* . y + , 3 -4 . - ,3* E ,.G 5 <211G A (, , G 8 1 * D < ( - 3.<212 1 /* *, A < G * 34 1 .- J = 6 D3*,2, 6 ’(A (+ A - ,2 3 5 D2 1 1 , 1 + A 1 <* 2,, 52

/ 1 <2, 1 3* (, A D +. 1 /* (. 2A /* 6 (11( “<211G A (”, A + *, 6 D3*, 5 , 3 - , ,2 62 G, ( - 3 -<* ( y. . y21 * + [17]. + 34+2 + A 3*< - 1 014 - * D31 5 . -6 - 27 * 1 7 1 8 A (7, 2 . - ,30014 <32 14 -3( 30-2 2, 55 2<2 ( 4 ,. 1 ` 1 2 # . 0 . y ,. 6* * < D 34H 14 G5 , 3 - . E* 6 E* = 8 , A- = * ( 1 214 D A <211G *, (+J D.12 D 34H 1 / 2, – ,2 3 <211G * A (, 6 . ( E 7. 6* H A * * *- 6 E* = 34 5 D 12. + 6 23 , 27 /.14 1 12 34 2,2 6 2+ ,2, ,*-2/ 2,2 6 2+ ,2, 6 27 3 8 ,2, 0 2 1 ,2, ,* *-<* ,2 8 , - 4+27 + -1 T - * 27 8 A =, J D - 3 6 0 12 . E* D 14D2 A *6 -*, G0 C •/T : “ 1*6* . G 6 34 ,*1 – , + 2, 34 3 + 3 A. 12 0 *6 -*, 0… 7 /. D.-. 6 0 12” [14, c. 48]; “ 1 3 *8 34 2, 6 *- 1 2+ , C *.+ 5 4+ 5 ,* *< 30-*=, J <2 .14 A C •/T . ,. 31 . F* , ( D 1 , * 6 D 0 ( 4 8 3 , – , G <211(. A =H3 G , * 6 2A /* ( 4 ,. D*A., ,. 1 7 .” [13, . 35]; “ 00 ( * D 3 1 = ,. * 1 , . 1 ,. , ,., -* , =<* + 1 ,. , D.3 6 G 1+ 0. / 8 * - G ,* D 34H 8 A - 3* (, < , = D 12 ./ 14 . 6 * 2-.< ( - 6 , 8 12 30-(, 6 /2 12 * <211(” [1 , , ]. 1 , 3 - 30-2, (+ , 32 8 A 1 4+ A- D 1 , + ,. + 12 2/+2 ((+ 6 23 , A .-<* 8 / . A 1 11(,2 2, 34 8 + -*+ . A H 7 = 1 ), D2 014 6 21 * 6 -6 2G, 2 1 , + ,* = . - (34 14. A ’(A+. A 6 H2 * (, . . 6 34 1 -* 1 .+12 5 + 6 1 3 A 5 +1. 3 A.014 ( A ( A D+2 = - + 3* ( A 27 E , 1 A D 34 -6 27 3 8 / 5 6 12- 5 4 ,. ( 2J.. T* *27 1 +27 E , A 3.8 .014 . 8.: • E ,. ( A 21 + .D’G+1 5 6 A2 5 D2 1 1 , .D’G+1 8 E. + . (. 1 27 1 . + 7 , D 34H A 8 34 , .D’G+1 8 1 3* ( - *D* 1 H27 30-*= (+ 8 6 2 26. . 2+ * ( -* 1 .+ 5 D2 1 8 34 8 6 1* 3.; • 6 2( ( 6 D3*, = , 3 6 A212 ,. D2 1 ,. , 2A /* , A- = * ,*< 7 8 , 53

-( 4+ 8 . 6 34 1 – A 3./* ( , 3 -27 30-*= (+ .D’G+1 34 8 6 -6 2G, 2 1 - - (34 1 A , 1 27 8 , - 4+27 8 A =, 8., 12/ 5 + 6 1 3 A 5 30- 4+ 8 6 1* 3.; • . - ,3* ( 6 34 27 1* * , . - ,3* ( 3 5 1, 1 1 -3( . 6 34 8 <211(, A /* ( +12 5 <211G 5 6 A2 5 A D*A6*/* * 3A 5 6 - 1 = * <211(; • , 2A /* ( -* < 2 8 , -( 4+ 8 . 6 34 1 (/* *A ,* *<. 8 , - 4+27 8 A =) (+ 27 .D’G+1 . 6 34 5 + 6 1 3 A 5 ( -, . - 6 2 1 5) – H3(7 , 7 2 -* < 5 3 1 , . 6 34 1 , A D*A6*/* ( 3427 * 12 = . A 1 ( 30- 4+ 8 6 1* 3., 1 * ( 6 2(132 27 ., -3( = 8 A 21+., 1 + < 6 23* ( 6 E 3 +12/ 5 J - .= . ( 30- 4+ 8 6 1* 3. - (34 1 , A, * ( 2 1*,2 * D 3 1 5 1 * 3 A 5 6 D3*, 5 , 3 -. C <32 2, + 21* G, + 6 1 3 A 5 55 8., 12/ ,. 2, G 6 D.1 . + , < .D’G+1 27 A G, - =, .D’G+1- .D’G+1 27 - 2 . T , . - ,3* (, , 2A /* ( , A- = * ( D2 1 1 (+ .D’G+1 + 6 1 3 A 5 .11G 12,.30G 55 6 - 34H2= D2 1 2= A 21 +. -(+2 4 ,. D2 1 14 AH2 0G * 12 5, 6 - 2J.G 1 14 3 8 6* 34 8 6 1* 3. + 6 1 3., G0 - (34 10 1 0G 6 2(132 2= +3 , 1, “ 23 * 6 3*” 1 8 , A 1 (, D2 1 8 , A- = * (. 4 ,. * + 6 1 3 (+ 1 14, J 6 -<.G - - 1+ . 1 14 . = 8 8., 12/ ,. 2, , (+ . 6 34 * 1 3* ( G . - ,3* 2, .D’G+1 2, 34 -6 27 3 8 / 2, ,*7 A, , A 21+. , A- = * ( D2 1 1 1 , A 21+. . 6 341 . 7 -<* ( D2 1 8 6 1* 3. + 1*+ 1 1 27 1 . + 6* *1 0G = 8 6* 34 2= + 6 1 3. 0 /* 8. E. + . ( 6 1* 3. 3 + 6 1 3. *-* - = 8 A21+.. CA(12= . 3 ,., *= 6 * A G, 6* *1 * ( G 6 * , 57 (+ 8 + 34+ 8 A 1 (, 6 1 = 8 3* (. 1 63( ( 127 /2 H27 .D’G+1 . 23 * “6 3*” + 6 1 3 A 5 (+ 34 * - H* (, 6* *D. ( 4 ,. +1. 3 A.014 . 27 , . - ,3* (, , 2A /* ( *D* (+ 54

1; 2 -.+.014, 6 2/2 (014 G - * “ *-* (”, (+* A., 30G 6 - 34H* A 3./* ( - 6 * . , A- = * ( H27 .D’G+1 , ,*=, 6 34 1. y +* A 3./* ( 30- 4+ 8 6 1* 3. D2 1 1 . 6 34 1 . 1 1 . +2 G, H. -.,+., <32 2, 34 -6 27 3 8 / 2, ,*7 A, , 6 - 34H 8 6 H2 * ( 8., 12/ 5 + 61 3A 5 . 6 34 1 . A , A 12, 1 0G G - 2= 34 2= 6 1 -3( D2 1 8 , -2 -. 34 8 , A- = * (. +J D2 12= 6 1* 3 -2 - 1 = 8 + ,6*1* ( -6 - 014 34 2, 6 1 *D ,, 2 -*+ 1 +30/ 014 ( . E. + . ( 34 8 8 A,. (+ 6* 34 2= + 6 1 3. 4 ,. 6 * 6 -1 * -<.G14 ( = 8 34 2= 1 1. D.12 + 6 1 3 , (6* 34 2, -3( ( (+ D2 1 1 34 2, – -3( H27 .D’G+1 . 6 34 1 3 ,.). 4 8 6 83(-. 8., 12/ E , + 6 1 3 A 5 30- 4+ 8 6 1* 3. 6 D3*, 5 , 3 - G 34 -6 27 3 8 / 0 A + , 10 55 , A- = * ( ./ ,. . 6 34 1 . + 6* 34 2= 34 2= + 6 1 3 6 D3*, , 3 -4 , <* E.+ . 12 + ,* = 27, -* < 27, 8 , - 4+27, 1 /27 1 H27 8 A (7 A 27 E , 3 1. -(+2 <32 2, A, , . 34 -*+ , / 27 1 .+ 7 1 -2 = * 2 D 2/ E* 2 . 6 34 8 <211( D. 014 7 +1* . AD* *<* (, -1 * ( 2 D 2 1 D2 1 8 , ,*= 8 34 8 + 6 1 3.. 7 34 *+ , / *E*+12 14 , <* D.12 2, ( 1 * A -6 - 2,2 ,*1 -2+ ,2. y +2, /2 , - (34 14 8 , - 4+27 8 A =, 34 D 1 . E* * D 3 1 5, * 3 A 5, 6 E 3 +12+2 34 8 6 -6 2G, 2 1 1 014 E* 0 1 * ( - - 1+ 27 D /27 , 4, 8 , -( 4+* . 6 34 1– 34 2, 1 D 3 A 1 ,, J A D*A6*/.G 1 3 14 30- 4+ 8 A 21+. ./ 8 . 6 34 1 . F A, 2 G <32 2,2 J* = 1 ,., J 1 0014 , <32 1 -3( D 34H H2 + 8 A 3./* ( , 34 8 . 6 34 8 <211( 1 G5 / 12 2 6 D3*,5 , 3 - , (+ 2 H23 1 12 H3(7 D2 1 8 34 8 , A- = * (. A ’(A+. A 2, 34 -6 27 3 8 / - 6 , 8 6 D3*, = , 3 - , * 12 5 6 E 3 +12+. *8 12 27 ( 2J . , 3 - < ,. * *- 2J G * -, 0 ., 0 , A- = * ( 55

G5 8 .62 , 3 ./ ,. . 6 34 1 , 1 + < <32 2, D , A D*A6*/* ( - D D.1. + 5 2, 6 - 2J* ( 55 + +.* 1 A- 1 1 J H27 + 5 . '*A G5 - 6 , 82 A32 , 3 -4, * 3 A.0/2 -* 1 .+12 . + 6 1 3 A 0 D2 1 8 6 1* 3., 1 G + 2, 34 0, 34 0, 6* *1 0G14 ( -<* *3 6 1 = 8 34 8 6 .<* ( -1 * ( 27 6 + 3 4 6 D3*, 5 , 3 - . 0 /* 8. * 6 2A -214, (+ 6* *+ 32 -/214 , < - 2= 6 +12/ 2= - ./ 5 + 5 2, - A 1 ( 1 1 D2 1 8 34 8 6 1* 3. . 6 34 1 , .11G 8 AD 34H* ( . 6 34 27 * 12 = . A 6 (,2 D 14D2 A *8 12 2,2 34 2,2 ( 2J ,2. 4 ,. * 6 E 3 +12+ *8 12 27 ( 2J G <32 2, A D , A 6 D8 ( . <* 0 . 6 34 1 A 2,2 34 *D*A6*/ 2,2 7 D ,2, (+ A 2J.014 30- 4+2= 6 1* 3 + 6 1 3 . 6 34 1 . T6 2( ( , A- = * 0 6 D3*, 5 , 3 - – * A D*A6*/* ( A 21+. 34 8 + 6 1 3. . 6 34 1 . y ,. <32 E. + 5 -* < 2 6 3(8 014 . 1 * 6 2(132 27 ., -3( -*+ 1 8 A 3./* ( 6 D3*, 5 , 3 - 34 8 <211(, . A 21+. E 1 .+1. 2 -3( 6 7 -<* ( * D 3 1 5, D.11( + 3 E + 5 , 3 -2,2 30-4,2 1 A 3./* ( 57 34 8 6 -6 2G, 2 1 , 2 D 2/ 5 - (34 1 . ,* H* ( /2 *34 1 6 D3*, 5 , 3 - – * H3(7 - 6 + J* ( <211( 4 8 . 6 34 1 4 8 1 * ( ., -3( A / 27 34 -*+ , / 27 A2 + . , =D.1 4 ,.. C D2 1 = E* + 32H ( + 12/ A 3*< , 3 -4 ( D32 C •- E + ) , G 6* 1 .- J . 1 * ,’5, + 34+2 5= D +.G 3 8 -. 6 <2 ( A27, D3 8 6 3./ 27 (. 34 -6 27 3 8 / ,. * ) ,’(7: “\ / 5 ’ , ,4 1 B .\B 4 1 2, # 0# , 4 B5# … 6 , 5# 4 # ” [13, . 37]; “ 7 ?] 5 . 1 5 # 5, . 5 54 6 # [ [ 1 0 6 5 # 8 0 ( 64 B . 1 2 # )” [14, . 29]. '*A6* */ , + A 3*< 14 1 0G -3( 6 D3*, 5 , 3 - .11G 6* *6 2 H3(7. - 6 1 +2 2 H* ( A

56

<211G 8 A ( 1 * ( ,’5. 214 H2 +2= 1 1* 27 1 . + 6 - / + A 3*< 8 <211( * D. 1 = * , 8 D.12 - , 12, 8 , D32A4+ 8 6 3+. (. F* A., 3* 12,, J , H. -.,+., 6* * < = D 34H 1 + A 3*< 27 6 21 , A., 3* 4 0 -*6 2 G0 “6* * 30D ” ('. *33 8* , . C*D* ) A D +. , 1* D D 14+ , /2 D 7 D 14+ . y ,. . 6 H * E ,. ( 2 H* ( 4 8 <211G 8 A ( 6 D3*, 0 , 3 --0 A 3*<214 - 1 8 , /2 D.-* 3* *= 1 /* 2= A ’(A + A- 1 14 , 3 -27 30-*= - <211( D32A4+27 1 . + 7. 214 6 H2 * 2, * *- 6 D3*, 5 , 3 - G 1 7 , 12 -212 .. D32 * 6 ( 3(G14 ( . C •- E + 5 + A 3*< 5 , 3 - A 83(-. 2A2+2 -212 C •- E + . -212 ., *, <32 14 2 1212 55 (- <212 - 55 6 3 11(): “\ B #5 1 , 7 / 5… # 7 # 0 . … 0 5 4 2/ / B# .# 0 5…?” [13, . 18]. F 6* *<2 ( * G D*A6 - 1 2,2 A 83(-. + A * 2J*. +J 30-2 * , G 3 8 -21(/ 8 -. 30D3(/ 8 6 3+. ( A D 14+ ,2, D 514 (, J * A, <* D.12 30D3(/ 0 , 1 ’0 /2 D 14+ , -3( 3 5 -212 2. 1, A -(+2 34 -6 27 3 8 / = - 6 , A -6 - 27 34 27 3.
* 1 .+12 E , G 0 *8 12 8 , 1 * -<* ( , 3 - 55 .= 5 , * 3 A 5 ./ ,. . 6 341 . 4 ,. + 1*+ 1 6 D3*, . , 3 -4 , < 2A /212 (+ , 3 -4, J , G -*E , . 6 A 2,2 1(,2 .D’G+1 14 , 1 * -<.G14 ( . 6 34 1 H3(7 , , 12 = 8 ,*7 A,. 1 1. , < .D’G+1 27 A G, - (7 * 3 A.G -* 1 .+12 E ,2 6* 34 8 , ,*= 8 34 8 + 6 1 3.. D3*, 6 *- + G * 1 34+2 *A.341 1 , -5A H 7 .1 H 7 /2 2+ – GE , 0 , 1 * -<* ( -*E , 5 .D’G+1 1 D2 1 1 . D3*, , 3 -4, (+ * 3 A.G 8., 12/ + 1 .+12 . E ,. + 6 1 3 A 5 D2 1 8 6 1* 3., E ,.G 2= 6 A212 2= * <211(, 1 214 A ’(A.G <211G A (. E* D2 1 8 .D’G+1 8 , -.7 8 , A- = * (. F* A ( A ’(A ( 3 27 6 27 3 8 / 27 6 D3*, A D*A6*/* ( 6 - 34H 8 D2 1 8 A 1 (. 34 = E* , A- = * ( – * 6 E* = * A 1 (, + 32 6 D3*, , 3 -4 D2 G 6 E* 5 . E* 34 5 D 12, A + *, ,*-2/8 , 34 8 6 2+ , 3 + (, 6 27 3 8 , 0 2 1 , 3.<21*3( * + 2 1 J . ,*= = E* *= - + * 30G <211G * A (6 - 3 ( 1 .- J 1 1 7 J - 1 * ( ,’5 -<* ( -212 2. D32 * 1 .G14 ( C •6 A212 5 , 3 - . " 1. 2. 3. 4. 5. 6. 7. 8.

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1 . . C *-* 2* 1* 20 /*3 */* + 8 + 621 3 : /*D. 6 D2*. – 2D2 +, 2000. Schultz T. W. Investment in human capital: the role of education and of research. – New York, 1971. Becker G. S. Human capital: theoretical and empirical analysis, with special reference to education. – New York, 1975. Schultz T. W. Economic value of education. – New York, 1963. Denison E. F. The sources of economic growth in the United States and the alternatives before us. – New York, 1962. Kendrick J. W. Formation and stocks of total capital. – New York, 1976. Wikipedia, the free encyclopedia. – 2006. – *<2, - 1.6.: http://en.wikipedia.org/wiki/Individual_capital. Wikipedia information about Human Potential Movement. – 2006. – *<2, - 1.6.: http://www.answers.com/main/ntqueary.

9. Wikipedia, the free encyclopedia. The UN Human Development Index: The report for 2005. – New York, 2005. 10. ! B . . T 2 34 S= 2 /*3 */* +2= + 621 3 + + E +1 S D3 8 1 ( 2( 2 A 212(: 2 … + -. U+ . .+. – ., 2003. 11. "[. / ". . T 3A ( 1 34 -6 27 3 8 / + ,6*1* 114 (+ D2 1 5 A 3 1 // +2 - + ,6*1* 1 1 1 1*8 5 . 6 34 1 : .+.-,*1 -. AD. / *-. + 3. . T E =, .ƒ , + 1 . – ., 2000. – T. 105–108. 12. 6 :. T 34 2= + 6 1 3 (+ 6 *-,*1 2 /* ( 34 = 6 27 3 8 5 // T . 6 27 3 8 (. – 2006. – 9 1(15). – T. 27–42. 13. 5 5 . 30 S 2 ,2 . S 2 232A 2 8 + 2A2 . – 2001. – *<2, - 1.6.: http://www.ng.ru/ideas/2001-03-06/8_plus_n_minus. html 06.03.2001. 14. CA3(- 2A .1 2: C /2 D*A 8 2 2 C *.+ 2 + ( *14 30-*=, <2.J27 C /T . – ., 2002. 15. * < - 6 -4 6 1 2J* - 1*= 1 , 3 + 5 A 6 - .,+ ,2 2002 +.. – ., 2003. 16. E , = - 3 12/ , 1* 32 6 2+ ( CT A - 4, 2A /* 27 8 , 0 * 3 A 5 -* < 5 6 3 12+2 . E* A *A + 2, D 8 , + 12/ 27 A D , 6 27 1 6 27 */ 2 6 *+. 2003–2010 +2. – ., 2006. 17. . . ’211G A ( D2 1 1 (+ 34 6 27 3 8 / 2= /2 2+ , -*30 ( , =D.1 4 8 // .+. 1.- 5 A . 1 6 3 1. 6 27 3 8 5: D. 1. – ., 2007. – C26. 16(19). – T. 304– 311. 18. C H* , =D.1 G . H27 .+ 7: • + D*A + . – ., 2005. ©

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1*8 12 8 3 A. + ,63*+ . 1 7 - (8* 4 1* = +3 - 1 , ,* *-<,* 1. A 4, 6 27 3 8 5 *E3*+ 5 A83( .1 .1 14 6 ( 2 34 -6 27 3 8 / 8 6 . ( +3 - 1 ./ 8 1. A 27 (7 . ( 21*, (. 1. /. 1*7 / 27 *+ , / 27): D2 1 ,., 8 .6 ,., . 6 34 ,.. + A 6 - * 14 6 2/2 2 2+* ( E* ,* +3 - + -2 1 A 27 (7 2 1*,. A83( .1 34 . 6 .<* 14 6 ( A 1 -2 = 2,2 7*, ,2 3 A. 6 D3*, -+ E3 +1 5 21. 5 6 - 3 ( +3 - + -2 1. 6 6 A ’(A ( 621 ( J - .D’G+1 2 1*, ,. 6 -7 - . A ’(A+. A 3A , E* ,* +3 - + -2 1. : +3 - 14, 2 1*, , +3 - + -2 14, 34 6 .<* 14, 8 .6 *E3*+ (, *E3*+ 2 * .6 3 (. * 2 1*8 12 8 32A + ,63*+ *=H27 - 12<* 2= 1* 2= 3 < 12, ,* *-<,* 1 A 2=, 6 27 3 822 *E3*+ 22 , 1 * S .J 14 2 6 ( 3* 2( 2 34 6 27 3 82/* + 8 3 -* 2( 3 < 140 *,* 8 ,2 A S7 . (7 .J* 1 2( 2 2 1*, ( 1. /. 2 1*7 2/* +27 2 2 U+ ,2/* +27): 32/ 1 ,, 8 .66 ,, DJ* 1* ,. + A - 1 * 14 6 2/2 A 2+ * 2( E* ,* 3 < + -2 2 12 A S7 . (7 22 1*,. , 1 * 2 34 ( 6 (<* 14 6 1 3* 22 1 -2 2 S,2 7*, ,2 32A 6 D3*, -+ E32+1 = 21. 22 2 6 * - 3* 2( 3 < + -2 2 12. *-3 <* *H* 2* 6 .D‰*+1 2 1*, , 6 -7 -* (A2 32A , E* ,* 3 < + -2 2 12.

60

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The essence and manifestations of social-psychological taking possession of contemporary world complexity on the different levels of socio-systems (including socio-technical and socioeconomic systems) existence – personal, group` and public – were investigated on the basis of the integrative analysis of the amount of contemporary achievements of the theories of complexity, knowledge management and psychology of reflection. Relatedness of the causes of the origins of complicated-coordination phenomena in the different levels of socio-systems is showed. Construct of social tension is examined in the comparison with the traditional schemes of analysis of problemconflict situation and overcoming of complicated-coordination. Decision the question about subject in the system approach in connection with the analysis of the complicated-coordination phenomena is proposed. Key words: complexity, socio-system, complicated-coordination, social tension, group reflection, reflective management.

B . 1 ( +3 - 1 ./ 8 1. (+ - . A = .11G H27 = 8 7 +1* 2 12+ -, / 014 6* 3 12 D 8 14 7 E* 7: E 3 E 5, *+ , , 1 , , -,*- 1 J . 6* *12 8 3.A*= 2 2+ G 6 (11( “ .+ 6 +3 - 14”, A G1 6 H.+ (+ E 3 E 4+27 7*, A., ( +3 - 27 6 * , 1 + , 1*, 12/ 8 6 1. -3( 57 - D <* (. T+3 - 14 A83(- G14 ( (+ 6 , < E A , < 7 , 6 (-+ ,, J D. G 7 +1* 2 12+2 83 D 34 5 ., 2 . ( 30- 1 : AD 34H.G14 ( + 34+ 14 .D’G+1 , 1 / + A . A ’(A+ , 1* 2E +.G14 ( D 8 1 A / 14, 6 , <.G14 ( * 2A /* 14 (D +.G E , = 5 ( 1 , / 1+ 1 6 2/2 - 3 -+ 27 A ’(A+ ), A 1 G A G, A 3*< 14 D.-4-(+27 6 * H 2-+ 14 A, + < 5 A 6* *3 /* 27 +3 - 27. T 34 6 27 3 8 / 2= 2, 27 6 * A+ 2 G14 ( /* *A A 1 ( +3 - 1 + -2 5 ( +3 - + -2 1 ) , < 30-4,2 ,*< 7 6* 27 34 27 8 A 1*= /2 2 1*, 27 .1 * 4: 6 34 1, + 6 =, 8 A = 1 .

61

,6 2/ 6 ( 2 E* ,* +3 - + -2 1 (T ) ,2 A E + + 1*+ 1 ( + .341 12 5 - 6 , 82 A 21+. 8 A 5 1 62 6 6* *- 7 D 1 7 [1; 2]. 2 - 3 -<* 8 A = 6 ( 2 T , 1(14 A +2 + 1*+ 1. ,27 - 3 -<* 4. C2 /* ( 8 A = . 1 1. 6 - 2 1*,2 D 34H H2 + 5 2 1*,2 -+ 2 G 6* 6*+12 . A 34 * ( - + 1*+ 1. + + *1 27 - 3 -<* 4 1 D32<* ( A., ( +3 - + -2 1 (+ 34 -6 27 3 8 / 8 E* ,* . + 34+2 +3 - + -2 14 6 2A -214 - 1 + 5 *+ 1 34 5 1 12 * . 8 A 5, J A 2<.G 55 *E*+12 14 ( 6 2+3 -, 6 2 A3211 ), A 6* 27 D 1 2 , <* 6 2/2 212 ( 14 - + 2A2 6 8 .= . ( .1 * (, 1 + < 1 ,., J 6 ( 2 E* ,* , D32A4+27 - T , E + .014( H27 – + , 8 A = 8 – (7 E. + . ( .,., ,2 6 8 *, A83( .12 * ( 2J* D 34H H2 + ,. + 1*+ 1 – (+ . * 1 3 8 5, 1 + * , H1 D .,.. +12/ 1 6 D3*,2 T ( 1 1 *E*+12 1, A 8 A + 2A2, 2A2+ -* 1 .+ 5) 6 .H.G 5 . B 5 , ( /2 2+ T , J 6 ( 0014 55 6 ( . (+ 8 A = ,., 1 + H27 (7 .,., A 8 34 = A G, - 5 34 27 ,*7 A, . .82= 6*+1 1* *12/ 5 . B A., 30G14 ( 621 (,: /2 2A / G 6 - * 14 6 2/2 T 8 A = T H27 (7 2 1*,2 6 - * 14 6 -7 -3( A D*A6*/* ( + 1 .+12 27 632 55 6* *D 8. C -H1 7 . H2 4 - A E + 27 6 ( T , ,2 6 3 A.G, 6 - D E* ,* 2, 62 A 2,2 - 3 - 2+ ,2, J + 2 1.014 ( A 2,2 + *61. 34 2,2 6 1 ,2, 1 .A 8 34 2, 6 ( 2 +3 - + -2 1 (+ 34 6 27 3 8 / 8 E* ,* . F* 1 212,* 5 . ' 34H H2 +2= 3 A T , <32 2= 6 2 A 3./* , <-2 263 27 - 3 -<* 4, 6 G( (+27 A 6 27 3 8 / 2,2 -D. G14 ( 2 1*, 8 6 -7 -.. T 2 1*, ( 34 2 1*, – TT) G 6 34 0 A 0 -3( D.-4-(+ 8 2 1*, 8 .1 * (, (+* , <* D.12 .D’G+1 , A G, - 5: D2 1 14, 8 .6 , 8 A (, 121.1, 6 34 1 , . 6 34 1 , 2 3 A (. 62

8 - A y. , [3], . * 34 E , . 6 348 A,2 , 014 3 12 1 34 27 2 1*,. 1<*, * 1 * -<* ( G 6 *-32 2, -3( 8 A =. } D 2A /212 6* 2E +. 8 A 5 (+ 2 1*,2 *1 6 6* *<2 ( *0 +3 - 1*=, 6 3 A.G, 6 / 1+. 3 12 1 TT A 8 34 ,. . - 0 3 12 10 A- 1 1 2 1*,2 AD* 8 12 0 .1 14 . 6 * A G, - 5 (+ A / 12 ,2, J 7 -(14 - 55 +3 -., 1 + A --.1 * (,2, G ,* A- 1 14 -1 * ( 6 34 27, -, 27 2 . F*= 6 1.3 1 , <* D.12 6 * 2= A + ,2 + + *1 27 8 3.A*= ((+ J 34 27 2 1*, – * 6 3 1 3 8 (, *+ ,/ .+ , 3 8 (, 1 + 14 J - D 2 1*,, 7 / A A 2 * G 6 *-,*1 , A83(-.). C3 12 10 6 127, - +3 - 27 2 1*, G 1 + < -+ 21 14 [4; 5]. C . 7 -+ 2127 2 1*, 7 (. 1. /. .1 E A2/ 27) - 014 ,*7 A,2 8 ,* 1 A2 A 1 8 A ’(A+.. 1* *12/,. - ( 8 ,* 1 A2, A., 3* E. + 34 2,2 A G, A 3*< 1(,2 , < + *,2,2 / 12 ,2 +3 - 5 2 1*,2, 6 (, A D*A6*/* ( AD* 8 ( 55 3 1 6 -1 2,+. 1 82. -(+2 < ,*7 A, A 1 8 A ’(A+. + < A / 12 2 1*,2 -*+ 1 * 8.G A H 632 2, (+ A’( 3(014 ( 3 - + - = 2 1*,2. y2, ,2, E. + . ( ,*7 A,. A 1 8 A ’(A+. 6 (, AD* 8 ( 3 1 2 1*,2 6 * 55 A G, - = A H2,2 – “A H ,2” – 2 1*, ,2. A 2 .127 2 1*, 7 3 12 14 -+ 21 1 * 3 A.G14 ( 1 + < /* *A ,*7 A, *E3*+ 2 8 , *8.30 (. 6 2+3 -, *+ , / 27 - 2 = 8 - ( * AD 8 G14 ( A - G0 1 , 12/ 8 ,*7 A,., D A - , = ./ 1 34 27 .D’G+1 . 6 * , *8.30 ( 34 5 2 1*,2. *E3*+ 2 * , *8.30 ( 34 5 2 1*,2 2( 3(G14 ( /* *A - 0 G5 .+.6 1 6 23, , – (+ 12,/ 27, 1 + 1 327. 4 ,. 6 * D32 . E. + 0 1 3 1 6 23 2+ .014 34 121.12. C 2 G 1 .+1. 2,2 *3*,* 1 ,2 .,., (+ + 121.0014, .6 (-+ .014 1 *8.30014 34 6 +12+2. y +2= + + A- = 0G E. + 0, 3 8 / . ., , * *- 2J D 3 8 / ,. * , 3* 2A 63

/ G - 6 A 2 , <32 27 - = 34 27 .D’G+1 . 7 E* 7 57 4 5 - (34 1 . , 121.1 , * -’G, 2, + ,6 * 1 , 34 5 21*,2, J A D*A6*/.G 55 -1 * (, G * . 2 (, 1* 34 , 1*3*+1. 34 , 8 A = 1 J ). 7 G -1 * ( -6 - E , 27 1 .+1. 27 A G, A ’(A+ G * -, 0 ., 0 A- = * ( 34 5 - (34 1 . T6 D2 -1 * ( *. -6 - 014 57 126.. , *H1 , D ’(A+ 2, 1 2D.1 , 34 5 2 1*,2 G .D’G+12 34 8 <211(. 2/ ,. -2 -2, + 3*+12 2, 8 , -2 (+ .D’G+12 34 8 <211( , 014 - + 2= 1 1. , ,* - (/ (á+1 , 8* 1 ). 4 ,. 6 (11 (- (/) A + D - 7 +1* 2 12+2 * 34 1 – +12 1 1 /2 *34 1 26 -+ , (+ , <.14 D.12 7 63* 1 12 12/ 2,2 A + , 1(,2. 1<*, D.-4-(+ -, 34 2 1*, , G 1 2D.12 34 8 <211(: - (/ ( .D’G+12), * . 2, 121.12. +12 14 .D’G+1 6 (, .G14 ( (+ 6 *-,*1 . * 34 14, 1 + - + 3* ( 34 27 121.1 [6]. A /2, , J 121.1 , 6 21 , 1 / E. + ( ( ,*< 7 57 6 *-,*1 5 - (34 1 ), (+ * 3 A.G14 ( (+ . A G, - 5 A .1H ,2 6 - 2 1*, ,2, 1 + . A H = A G, - 5, 1 D1 A 121.1 ,2 2J 8 (. F* + 1 1.G 6 1 *D. 6 1 = ,. - + 3* ,*7 A, (+ + A . 2 1*, . 3 12 14. y* ( 34 27 2 1*, A 2 3 ( . A G, - 5 A H2,2 .+ 2,2 -2 263 ,2. 4 8 6 .+ A 21 + 1* 5 34 27 + ,. + = [7]. C 8 ,2= * + . 2 /* ( 34 27 2 1*, 3*<214 A 8 34 = 1* 5 . 6 34 1 [8–10]. T2* 8*12/ < 1* ( - 3 -<* ( 2 1*, * 3 6*+1 57 , 8 A 5, J 1 23 , <32 1 -3( 2 /* ( +3 -27 6 2 - 2/27 1*7 / 27 2 1*, [11–13]. } 34 27 2 1*, 8 6 1*A 6 57 , 8 A 0 6 2 6* *D. ,*< 7 12/ 1 1 E3.+1. 5, J D D.12 1 + 8 <, (+ 1 1*7 / 27 2 1*,, 6 8 12/ 8 1 1.., 6 1 *D.G 27 - 3 -<* 4 [14]. '32A4+ G5 (J , 8 A 5 34 27 2 1*,) +2 2 3 30014 ( 1 1*7 / 27 2 1*,.

64

. . }*- 2 4+2=, 3 A.0/2 H1./ * 6 2 - * 1*7 / 27 2 1*, 7, + A. D32 14 4 8 .,., (+. A 3 12 10 +* 1 - D’G+1 . '.-./2 6 7 - 0 - 6 G( 6* 2E / 27 - (34 1*=, (+ D*A6 * *- 4 * A G, - 014, ( 3 12 14 . *8 12 ,. G,. 6 ( -D2G14 ( .6 3 , (+* * A D*A6*/.G 3*< 5 (+ 1 -1 * ( .+ 8 A (. , - / , ( (+ 14, (+ 6 -.+1 <* * - 2 1*, 8 6 *+1. (, A 3*<214 - (+ 1 8., 1 8 A (, J , . 0 /* 8., * A D*A6*/.G 2 1*A. A <* * 2, A (,, D .G 2+30/ . 5= 3 8 ( D 3 8 A 8 34 30- 4+27 1*=). 2, 82 - .6 3 ( . 0 /* 8. D3(14 * D7 -2,2, 6 -6* H*, D’G( 34 -8., 1 27 1 6 2 -2/27 .+ A <* * 2,2, 6 -- .8*, 3* ( 3 8 5, 6 27 3 8 5, 1 6 3 8 5, 1 D1 7. ( 27 A , 8 6 / 1+. - 7 6 2 26 27 , ,* 1 : 1 8 , J D’G+12 H 5 6 +12+2 * G 2+30/ H1./ 2,2, 2+30/ 6 2 - 2,2, , H 2,2, 1 + < 1 8 , J +3 32 ( 2 1*,2 - (34 1 – 1*7 / , *+ , / [15]. y + , H 14 6 6 2 2A2+ . +3 - * 4 * * 28 -. *E3*+ 2 1 , -* .D’G+1 D’G+1 1 / 014 ,*< , 6 2H 2-H.0/2 6 2 4 ,. 6 * A 21+.. F* G H2=, 6 A212 2=, D + +* 1 - D’G+1 . 6 2 D,*<* ( 6 +12+2 127 / , + 32 -<. 32( 2+3 -* 2J* 6 3 <* ( ( - .1 14 2 + 27 - 2 3- + 4 8 - .1 14 , +*12 8 8 A ’(A+. (+ D328 D’G8 A. 233( + , - A 6 2+ * ( A + , 1 6 <2 / 5 6 *- +2 6 * * ( *A.341 1 - 3 -<* ( 6 +12+. <* * 8 6 *+1. ( 1 6 *- +. A AD.1. 1 ), 1*A }*- 2 4+ 8 6 1 +. 3 12 14 D’G+1 . 1*7 / 27 2 1*, 7 - (34 1 , (+ 57 , H 14, - 1*6* A 32H G14 ( +1. 34 0, D + A.G -<* *3 +3 - 1 . 6*+1 , H 1 D’G+1 , (+ 3 - +, 57 .<* * 6 *-,*1 5, .D’G+12 5 +3 - 1 ( 6* *<2 4, - (34 1 ), ,2 6 * *, ( 6 A H*. *-,*1 , 1.6 8 *1 6. 3 A. G *+ ,/ +3 - 2 1*,, J 6* - .+ 5 - (34 1 }*- 2 4+ 8 6 ,. D (A * D.3 6 *- 1 3* . + , / - 3 -<* ( * 1 34+2 -1 0014 A 8 34 6 3 <* ( 2 1*, 8 6 -7 -. . 65

G,. 6 *-,*1 ,. 6*+1 [14–18], = 1 014 “6* *- , + G,” A, 1 8 6 * ( 6 (11( 2 1*, . y +, 6 *- + 6*+12 6 <2 ( 1 2 D 2 1 , -D21 6 (11 - (/ (á+1 ) A - + 2, 1 1. , -3( + 6 =, -3( D2 1 1*=, - / A A 21+ , 121.1 (+ * 1 34+2 6 23 8 2, = 55 - + 3* (, A D*A6*/.014 6* 6 8 12/ 6 1 *D2. / 12 < 1 / 5, , 8 A = 5 +3 - 5 1 1. 6 1 .D’G+1 . *, <32 30G 6 2+ * ( . + 34 2= * 4 6 ( * 4. F0 6 8 32 . A 6 0014 D 12 <. T 1 H27 1 , (+ A-*D 34H 8 - D < 014 34 *+ ,/ 5 E 1 .+1. 2. T , 3 A.0/2 A 2 +2 (E - 2=, 301 2= 1 J ), A83(- G ((+ 6 21 , *+ , / 2, - 2 ,) 6*+12 *E3*+ 5 [15], 6 2 4 ,. 6 12 1 3(0/2 *E3*+ 2 14 A . T ,* D2 0/2 1.512 . +3 - . * 1. ( 1 6 262 * ( 6* = (1 D1 (/2 + 1*+ 1 1 * ( H* ( , < 2A2+ ,2 1 28 - 0 + + *12+. 30- 4+ 5 .D’G+12 1, * 1 12 12+. 6 *- +2 6 <2 (), T 1 0G 1* 0 - 3* ( á+1 ,2 3 2, A D ’(,. 1<*, . - 3 -<* (7 *+ , / 27 2 1*, 6 1* 8 G, 6 23* ( . 82 - 30- 4+ 8 /2 2+ (6 2= (11( H* 4, + 2A2+ 1 J ), (+2= + , - *+ , / 27 1 34 + -2 = 27 63 , .1 3* 4 (“ -2 (6 1 / 1 = 4+ = |*-* 5”; “ + 63* ( + -2 5 8 3.A 8., 1 5 - 6 , 82 - 6 , 82 . 26 -+. 127 = 8 327 , J - G14 ( 8 A G0 D’G27 =”; “ , * (,< - 8 6 D1 2 1 + -2 ( A. 234 . 6 2 /* (, 6 ,’(+H* ( = , , A 5 3 -+ D234 4+ 5 + 1 1 E2”) 30 1 .G 6 1 , <8 3.A* 27 - 3 -<* 4 E* ,* +3 - + -2 1 *+ , / 27 1 **+ , / 27 2 1*, 7. , <-2 263 ,. ,2 + 1 1.G, ( 14 - 7 1* -* = 2+ 2 1 ( 6 (11( “ .D’G+1”. * H 2D.- .G 3 +2 - -2 - 27 + 6 12 27 - (/ (á+1 )- , + 2 1*,2, -* - G 2= 1 1. -2 -. 8 .6 . 1 *D -2E* * 0 ( 2( 3(G *D* . 2+ 2 1 A 8 3427 1 . + 34 27 ,* .D’G+1 . C - / 1 + .1 / * ( * 27 -(14 A ,*< A 8 34 8 A., ( .D’G+1 (+ - (/ . .8 66

1* -* ( -D2 G 6 1 *D. A 27 8 3.A*= , 12 D 34H 63 2= 6* *7 - .1 1 .D’G+1 1 H3(7. D2 (+ 2 1*,2 - . 6 34 1 3 ,.. A , A 12, 1 -2 ( 2+ 2 1 ( 6 (11( “ .D’G+1” . 34 = A 8 34 = 6 27 3 8 5 +3 - 3 27 , 1 2 0 6 (14 “ -2 -. 34 14” ( D2 1 14) 1 “8 .6 ”. 1 + = 1 -2 5 -1 * ( - + 1 -, 1 (J A / G A 14 2 1*,2) , G 6* *H+ -. 6 1.6 -1 * (. 6 27 3 8 5 ( 2J* A 2 G14 (: D2 1 14, 8 .6 , + 3*+12 – ( 2J * - 8 6 (-+.. 2J* 1 / G 1* -* 0 6 38 + 62/* ( (+ 1 . T2 1*, 2= 6 -7 6 -.+.G 2, 8. -1 * ( 3 12 1*= 6 6* *- 4 8 ( ,. J D3 G5 (+ 1 . y D1 6 D3*, -6 - 1 6 27 3 8 / 8 6 1. 2, A 2 1*, 8 6 -7 -. 6 3(8 G A D*A6*/* 6 -+ G, 1 6 (11( .D’G+1 . 6* ,. * .D’G+1 (+ -2 -, .D’G+1 (+ 8 .6 . 6 34 1 * 1 34+2 * G G 7 / 2,2 3 + ,2, = A G, - 014 - * A - 2,. C 5 6 2/2 , (+ 1 30014 G 7 / 6 3 1 , * , <.14 D.12 62 6 J* 2,2 , -*3(,2. y ,. 6 1 *D - 3 -+ . ( 6 (11( “ .D’G+1” AD 8 G14 ( A A83(- , 1* = +3 - 1 * A83(-. 1*,2 +3 - + -2 1 (+ 1 8 , J 8 A ( A . 27 -214 , -*34 2= * 4 - 3 -<* ( 34 5 2 1*,2, * 6 D2 1 3* ( 2 1*, -6 - 2 1*, 27 - 2 .D’G+1 8 .62 1 .D’G+1 - -2 - . -2 A 8 3 27 6 2 26 1* = +3 - 1 [19; 20] 6 3(8 G . 2- 3* 1 4 7 E A, J 3*< 14 , < , (-+ ,, + 32 A- = 0G14 ( +3 - 612 6 *- + . 1 -57 . A G, - ( G -+ 2, ( 2J*,. E A 6 (-+. 1 D 34 . E A +3 - 1 8* * 3 A.014 ( A G, - 5, (+ - 61.014 A27 ., . 33 < G, J 6 1 6 23 , <.14 6 -.+. 12 +3 - . 6 *- +.. y D1 6 ( * ( 6 23 G * , - 612 1 , 3* 8 A 5 .7 014 ( . G,. A 21+. 6 - + 34– 6 (,+. A,* H* ( .1 H 4 5 1 D 34 1 , D32< 0/2 4 - *A*+ 3 D 8 1 .. . T2, [21] . 6 (11( 7 1*+1. 2 +3 - 1 . C 6 ( 0G, (+ 6 1 6 23 ,D30 A- 1 6 -212 +3 - . 6 *- +., (+ -6 - G +3 - ,. * *- 2J.. 67

'. T2, [22], 2 / 0/2 632 +3 - 1 *E*+12 14 6* * . .-7 . 34( 7, 6 + A , J * *- 6 1 * . * *-2 34( . +3 - 14 * G A /.J 0 A, 0 632 ., -, . - A G, - 5 A 2/ = 27 6 1 * . /.J2, -3( *E*+12 1 6* *- / , +*12 8 27 .-7 . G - 6 D1 2 1 G “ 6 D 1 2 4+ .-7 .” (+ . + 34 + ,6*1* (, (+ , <* 6 ( 212, / ,. -*(+ 34( 2 A 2 014 ( D32 +./*, -*(+ - , 12/ .= .014 (. F .-7 . 1 014 (- , 6 D 1 2 4+ 5 A- 1 1 8 A 5, (+. A2014 A- 1 10 - 34( .. y D1 /2 2+ +3 - 1 -*A - 612 ,. 1 .= ,. * 6 ( 3(G *D* 1 34+2 6* 27 8 .6 7, H27 G, A - 8 D +., 6 2 D32 2, 6 *-,*1 2, A (,, A - .8 8 – /2 2+ , A 21+. 8 .62. A 8 34 6 27 3 8 / ,. „ . 1 * + ( +3 - 14 (+ /2 2+ -2E* * 5 2D +2 6 1* 8 G14 ( 6 2 A ’(A +3 - 27 ( +3 -* 27) A - 4, (+ , 1(14 . D 6 -A ( A +3 - 2,2 A 63.1 2,2 A ’(A+ ,2 , < 2,2 ( . * *6*32 (, 1987). C <32 0 (A 6 A2 = . 6 H 1 ) -3( 26 D. 8 = 21. 5 G , <32 14 - A 212 57 - <+27 A - 4 1 -* 12E +. 12 (+ 2 1*,. # / A - 4. A+3 -* ( # 0 G 1 G0 , <32 10 – ,63 21 0 ( 0 1 1*8 G0. 1<*, A- 1 14 A ’(A. 12 1 + A ( 6 *-,*1 ,. + 6* 12 ,. * 6* *1 0G +3 - 14 . 6 2 D32 * A ( D + ,E 1 * * *- 2J* . (, *A- 1 14 – . 6* *H+ -. A 8 A.. +J 8 A ( (+ 2 1*, , G 12D.12 . 3 12 14 -1 * (, 1 J G 6 2/2 0 6 28 /* ( 1 / 1 8 A (7, (+ 6* *D. 014 ,*< -* 1 .+ 5, D (+2= ,* /2 2+ . 6 3 1 -1 * ( 1 G 6 2/2 0 A.62 +2 1 -* 1 .+ 5? C -6 -4 * A 621 ( , < A =12 D 1 7 A 6 2= (11( 1 1*8 / 27 H* 4 + , - 0 1 6-,* *-<* . C2 /* ( 6 * . 6 2= (11( 1 1*8 / 27 H* 4 + , - 0 1 6-,* *-<* 2( 3(G * 1 34+2 1* -* 0 57 8 1 1 - 6 2= (11( +3 - 8 (+ - 1.6 8 , = 1* -* 0 - 6 J* ( . 2+ 2 1 A 4 6 2 6 2= (11 H* 4, (+ = -6 - G + 1 .+1 “- , 1 5 3 8 +2” ( •) [23; . 344]. , 1 3 8+ – * + *61. 34 ,+ -3( A-., 6 68

6 * *A.341 1 + 8 12 8 6 J* ( + , - 7 1 6,* *-<* . • A D*A6*/.G 6 12= 6 1* = 6 * 2= 3 -2 H3(7 ,2 3* ( 6 A 1 1*8 / 6 D3*,2. 1 1 6 1 D -3( + , - 27 1 7 + 6*+1 2A2+. 1 12 3 -2. (11( • 2 2+3 . -6 -4 6 1 *D. A A., 12, / ,. E ,2 < 014 1 34+2 <+2, .6 3(12: 1) -2 * 2E + G0 / D 2) H 2-+2,2 /2 + 1+2,2 A, ,2 (- (/2 D A ) D A * .. F A, 2 , <32 32H* . 26 -+., + 32 6 * A 3./ 014 ( A, 2 ,* 1 34 27 , -*3*= ,* *-<* . C27 -214, J , A - 8 D +., AD 8 , 12 =, A H 8 – ( 14 / 1+ 8 - + A A., 3 8 + 1*+ 1. * .14 . D 6 A212 . 283(612, A 5 6 * . 6 2= (11( H* 4, +3 - 2,2 (+ 8 G ,23 , + ,. + 12 1 6 *-,*1 1 2. C -1 0 ,23 + ,. + 12 - A / 14 A8 1 G 6 *-,*1 . +3 - ., J G 6 ( , 6 J* (. C - / 6 J* ( * * = 2A2+ 6* *D. ( * ,2 3 ,. 1 + ,. + 12 ,. + 1*+ 1 – -3( 27 /3* 2A2+ 62 212 ( 6 A + 1*+ 1 , 27 A - 4 – -3( 7 ./ 2+ (/* *A A8 .1 14 – 1* * 126 14 – 6 *-,*1 . +3 - .). y D1 6 1 1 6 -<.G +3 - 14. H / 2, (+ 6 6 . A2 014 1. D.3* 1 2,2 [24], 6 -+ * 300/2 57 * 6 (-+ 14, *+ 1 34 14, < 1 + 14 D. *, 14, .6 3 ( (+ 3 -* 1 * , <* - A 3212 D * 7 . 12 D32 1 / .. C -/.11( 2A2+. 27 A (7 27 6 23 7 6 -<.G 1* -* 0 6 . A, ,. - + 2 2+ * ( - 3 -<* 4 • 6 D3*, ,. + 1*+ 1 /2 2+ 6 . A, , * - G 4 ,. + 6 12 -+ 8 12 ,. ,*7 A, 1 34+2 *8 12 8 + * 1.. *E3*+ 2 27 6 A2 = 6 A, , (A 2 (1+ , . - ,3* 8 D 3 . ( 3 - 0) G 6 ( , ,2 3 5 1 85. H -.,+ AD 8 G14 ( A -.,+ 0 . '*11 T.-T. C 8 6 1*, J - , 1 3 8 + – * -2 + 2 2= H3(7 8 A 5 *E3*+ 5 6 D3*,, J 1 .014 ( 1 1*8 / 27 A, ” [23, . 344]. 2 A., 6 . A, , (+ ,2 3 5 1 8 5 1 -*E 21. *E3*+ 5 , = 8 A 5 - */ 6*3( ( - 2+3 -* 8 ,2 6 6* *- 7 D 1 7 + *61. A 1 <* ( /.11G 5 1+ 2 2 [23]. A6 0-<* ( = 8 - 5 + 1*+ 1 6**<2 ( +3 - 1 8 A G0 *+ 3* 1 * 06 ,*1 +3 - 1 , +* = 8 ( 1 D - .1 1 . 4 69

/ ,. E +1 . +3 - * ( ( 3 - 2= 6*+1), J 2 2+ G 1 ,. /2 3 6 * 7 .A8 -<* ( D 6 2= (11( H* 4, * D.-4(+ ,. 26 -+. 1 G 6* *H+ - 0 -3( A, , A 6* 27 D 1 2 , AD* 8 G 5 6 A212 3 12 1 (+ 6* * 82. 3( D 34H 832D + 8 A A * ( 2A2+ 1 28 - • A *, ( - 6* H -<* *3 1* , . y* ( A 8 34 5 .6 3 4+ 5 - , 1 5 3 8 +2, A 6 6 1984 +. T. I * + ,, , 3 5, 6 *-,*1 , + 8 12* 6 J. ( .6 3 + , -. -*14 ( 6 1*, J 1 6,* *-<* 2 ((+ H 30-2) 6 2 6 2= (11 H* ( 2+ 2 1 .014 * 2 12+2 6 J* (, 6 2+3 -: A / * -723* ( 8 6 1*A, + *+1. ( “A (+ (”, 30A 5 + 1 30 *6 *A*1 12 1 , (+ A,* H.014 57 A- 1 14 A., 12 = . 12 - = . +3 - 14 6 D3*, D2 12 =+ J* H* ( [25, . 344]. , 1 3 8 + *6 *A* 1.G + 8 12 + 12, J 6 - 3(014 ./ 2+2, 1 1*8 / 1 3* ( 1 6-,* *-<* 4+ 5 + , -2 /2 - , 1 5 + 3 5, (+ 1 6 ’(A A6 * ,2 1 1 .,* 1 ,2, J 2+ 2 1 .014 1 6-,* *-<* 2. *(+ -*1 3 + 8 12 27 + 1 7 ,* *-<* –/3* + , -2 , <.14 - A (12 (, 3* D 34H 14 7 +1* 2 12+ G 6 34 2,2. ,* *-<* 4+ 5 1 /+2 A . + 8 .* 1 14 6 A ( /3* .6 3 4+27 + , - - G 6* * 82 *E*+12 1 , 3* 6 2A -214 28 - 1 . T1 D 34 14 A H 4 8 * *- 2J 6 -<.G A A+2 ,2 3* ( (6 1* 2) 6 +30/ 1 1*8 / 6 D3*,2, (+ 6 - 3(014 ( , ./ 2+ ,2 + , -2 = 7 630014 .( 3* ( 6 6 D3*,., 6 2/2 14, 6 2= (1 . 1 .+1. . 2 6 -.+1., D < 7 +1* 2 12+2 6 <2 / 1 J . 8 12 *6 *A* 1 5 - , 1 5 3 8 +2 A *H1 0 + -* .014 ( (A8.J.014 () 14 + 1* 014 . A 27 D32A4+27 2 7 8 A 5, (+ D.014 1 3 1 1 , 6 - 230014 (. 3( + -* 5- , 1 3 8 + 2A / G (+ 1*, J 8 A ( * , G D212, 1 + 1*, J D212 6 2 [23, . 345]. y* *12/ 2 6 ’(A 27 A - , 1 0 3 8+ 0 6 * ,* 1 34 27 + -. 4, (+ 6 - 3(014 ( 8 A 5, , 1(14 ( A , 1 = 3 1* 1. = 7 630014 1*,2: * 2 -

70

12+2 H* (, 6 1* 2 A6 A ( (. - ,3* (), + 8 12 6 J* (, 6 -28,2 [26]. 1<*, 6* *E A .0/2 1 , (+ 2A / 014 , =D.1 6 (,2 - 3 -<* ( - , 1 5 3 8 +2, ,2 , <*, + 1 1.12 1 +*: • G 6 A212 2, ( 2J*, A ., 2, (+J D.-.14 , <32 2,2 , <2 - , 1 3 8 +2 (+J 2 D.-.14 6 *-,*1 , ,2 3* ( + , - 0 ,* *-<* . HD 1956 +. . 1.6 - + D* *12+2 8.,* 1. , J * -, , 32 14 .1 H 4 8 * *- 2J 2 2+ G (+ -6 -4 , 32 14 A H 4 8 * *- 2J . 1 .0/2 *= + 1*+ 1 - ,* *-<* 4+ 5 3 8 +2, , <*, 6 26. 1212, J 8 A 5, H 2-+ A, 00/2 * *- 2J*, ,. (14 .7 12 ( 6 A - , 1 0 3 8 + 0. F*= 1 =+ J* , < 7 +1* 2A. 12 (+ ( . C 3 - ( D , 3 8+ - G 8 A 5 A, 8. * 1 34+2 + . 12 A6 A 12 H2 H2= 6*+1 * *- 2J 27 28 3 , = D2 12 -6 -4, + 2 1.0/2 4 . 5 3 8 +. F* H 2-H*, 3*8H* – 6* *+30/ 12 ( * *- , <2 27 3 8 +, < “ A, <. 12” - , 1 . 3 8 +. 832D + 8 6 2+ * ( A 2 12 . - , 1 . 3 8 +.. C -*5 ( , , <32 , * * 3 12/ ,. 26 -+.) 8 A ( A, <* 8 ./+ A, 0 12 - . 3 8 +. H. – D 34H -6 - . – 6 2 A, ., . -1 2, ( 2+ 2 1 ( A, 27 D + 12 ..,. 3 8 + , <* 1 + < 6 ,’(+H. 12 6 * + -* 5, (+2= 6 832D30G , A + 630G - , 1 .3 8+.. -(+2 +.3412 . 0 -*+ 34+ 7 3 8 + ,*1 3 8 +2 -3( 2D . , < 2,2 8 A 5 - 34 (“6 A 6 ”) , <.14 A 2 12 , <2 H3(72 6 2=, ( * *- 2J [23, . 352]. +J 8 A 5 , <.14 A 2 12 ,.34123 8 +., 1 (+2= 6 D? 6* *- - 3 -<* ( 6 + A 32, J - , 1 3 8 + – . 3 - + 1(< ( 1 6-,* *-<* - 6 J* ( 6 * . 6 2= (11( H* 4 – 2 2+ G *,2 ./*. 5 E ,. ( -/ 6 12 1 514 2 2+ * 0 (+ , <2 27 3 8 +, 1 + ,*1 3 8 + [1 , , ]. 6 A2 = 1* = +3 - 1 ,.34123 8 + (, <2 3 8+ ) , <* 2 2+ .12 A 6 127 6 23, (+ G . 1 3* 2,2 (+ 1 0014 ,*1 3 8 +.. '.-./2 6 1 0, ,*1 - , 1 3 8+ -+ 2 G /3* , 8 A 5 H2 +2= 6 1 -3( -2 + *1 1 71

1

.( 2, ., <32 30G A 1 ( A 27 1* 6 *1 =, 14 6 . ( + E3 +1.0/27 1* 6 *1 = [23, . 352]. ( A /2, , J 6 A2 5 1* 5 +3 - 1 6 A ./ A H2,2 6 A2(,2 J - .D’G+1 5 +.341. -28,2 [27]). * 2A /* 14, (+ 0G14 ( A 6 12,2 6 23 ,2, J 6 -<.014 2 2+ * ( 6 1 ( , <2 5 3 8 +2, 2 2+ G 1 ,., J 6 23 , 014 D.12 - 1 1 4 8 ./+2,2, J D A, J. 12 A ,2 32 [23, . 352]. 2+3 - , 1 + 8 – 6 1 8 – 6 23 G 6 23 + ,6 5 “ <* * 3 3*+1 2+”: “'.-41* ,* , 1 /2 ,* , 2 H ,. 2 +.”. -(+2 6 1 1 * 6 23 - G , <32 14 A 2, D A * - -2 2 (, 6* * -212 ( 1* 6 *1. 12) = 8 6 G,. A 2 .12 3 . 3 8 +. D < A, 212 3 8 +., * + E 1.0/2 A A 8 34 2, 6 23 ,. 1* 6 * 2 + -* 5 3 8 +2 D A * - -2 2 , <.14 6 2A * 12 - 6 D3*,, (+J ., 2 * *- 2J A / A, (14 ( [23, . 353]. + ,* *-<* 4+ + , - , <* 6 . .12 ( - 1 + 5 6 1 5 ,*1 3 8 +2, G *( 2, 1 214 6 1* = + 2= - 3 - 2 4+2= 6 (, [23, . 353]. 1 2 1* 5 +3 - 1 * -.<* 612, 12/ J - 6 -<* ( G5 -.,+2, 3* 6 3(8 014 1 ,., J 8 A ( , G D212 6 A212 + +2 H3(7. 6 -<* ( -*(+ 8 ( * 1 D 34 1 – (+ , ,., A 6 -<. 12 6* -2/ = / 1 *+ 1 .+ 5 -*+ 1 .+ 5 A 27 E , 34 27 1 .+1. , 6 *-. , 2 1*,, 6 * + 130. / 30- 4+ 1 12 6 8 .14 H.+ 014 82, A.233( 3 -* , 014 D.12 6 (, 6* -2/ * *-* ( 1 +27 A - 4 [23, . 353]. 1<*, 6 * 2 6 J* (, 6 * 2 6 12 1 ( ( ,*< * D7 - 5 /.132 1 - A, 2 ., , + 32 6 J* ( <* ,* G /2 2+ , 6 -<* ( +3 - 1 , A 7 -(14 G, *. 2A /* E* ,* +3 - + -2 1 (+ E* ,* 34 5 2 1*,2. 6 2 6* 2, A, A8 - 27 1 J - 6 -<* ( , <2 27 3 8 +, , ( 8 - 14 2- G14 ( 2 + 0 12+. A 21+. + A 27 121.1 , . (+27 , <2 3 8 +2 .014 (+ , ( 1 (+ , <.14 AA - 12 6*+1. +3 - 1 8 A 5 A (1 8 2-.. C2A /2 H2 A H = /2 2+ ( + A 27 121.1 ) - 3 ( 3 -+ - , 1 27 3 8 +, 6 - <2, 6 H.+ .1 72

H 7 (- 34 27) /2 2+ A 21+. , <2 27 3 8 + 8 A 5. C. . A, * + [28] 2- 3(G 6 2 262, (+ G *8.3(1 ,2 3 1, A -2 D 3 . – A6 -. 8 A 5. 2 26 - -212 1 A / G 6 (-+ 14 6 (, 1 (+ +3 - 5 E. + 5 6 1 -/ 5 + -2 5 1 -2 ,/ 8 *8.30 ( 8 A = 5 - (34 1 . 2 26 * * 8 E , = 8 D, . – /2, 1* 2 H D, 6 * 2, 2J* 2, 82 - , D 3 A 5 1 /27 2+ /27 23 ./ 2+ 8 A = 5 - (34 1 , 12, D 34H A /.J 0 G 34 + ,. + 12 5 8 A 1 , (+ 6 1 D -3( 6 (-+ 5 * 3 A 5 27 6 * . 2 26 34 -6 27 3 8 / 5 -2, +2 6 1.30G A G, A ’(A + A G, A 3*< 14 34 27 1 , 8* 27 6 1 *D, + 8 12 27 6 * -1 * ( A G, A., ( .D’G+1 6 34 5 - (34 1 . |. + . ( 6 2 26 3 1 8 A 5 (+ 57 -/.11(, 1 1. A 4 , <* A83(- 12 ( (+ 6 2/2 , J 6 .+ G 8 A 0 , D,*<* ( . 2+ 2 1 - ,1 27 3 8 + 1 +27 *1 6 7 55 A 21+., + 32 1 G /* 2- 2, 27 - 57 (- , 1 27 3 8 +) A ,*< - 5 6 2 26 3 1. .H* ( 6 2 26 3 1 6 2A -214 A6 -. 8 A 5. * - A 21+. 8 A 5 “A6 -.” -A / G14 ( ( 10 E* ,* 3 8 5 +3 - + -2 1. 2/ = , -* 1 .+ ( * 1 214 G-2 . 6* 6*+12 . 4 8 *1 6. A 21+. 8 A 5. C2( 3* ( 34 -6 27 3 8 / 5 E* ,* 3 8 5 [28] A D*A6*/.G 6 2+3 - ,. , <32 14 E ,.30 ( 3*= E 1 .+1. 8 A =, (+ .1 0 32 6 - 1 .+1. 2 ( 3.
* 34 - (8 .1 0. F( A + , 14 - 1 3 A . “*E*+1. 8*34, ” (Ringelmann, 1913, 21. A [29]). C * 6 1 .G * . . 8 .62 J - A - 3* ( 6 1 *D -2 - , - / A A / G *6 6 = 14 * . 27 / +. 4 , 8 -2 J - + 34+ 1 /3* 8 .62. y +2= -D21 + D21 72D 5 + 812 5 7*,2 -2 6 - E + .G A (+ -2 5 (+ /* 2- * * 21 1 *. T ,* D 8 1 A * * 7. ( A. 234 + -2 0 G 6 2/2 0 A 1 ( -2 6 6 5 / +. 4. - D . -.,+. – 6 , <32 6* * 21 12 - 61 = 8 * . . 34 5 2 1*,2 – A 7 -2, . •. C. *34 [30]: /2, - D 34H 5 + 34+ 1 A H 7 * *- 2J 2,.H* - 61. 12 ( 2 1*, , 12, D 34H* * . , G *5 21 / 12 (. F*= “*E*+1 A * *- 2J 1 ” 7 <2= A 1 + 0 2- 3* 0 ,2 +3 - 0 +3 - + -2 1 , (+ A 6 *-,*1 14 [1]. / H* A., ( A 6 *-,*1 1 6* *D. G + 8 12 = 63 J2 , 55 A ’(A + A *E*+1 , A * *- 2J 1 1 G D 34H /* 2- 2,, + 32 6 * *-+. 12 = 8 6 (11(, 1 +* 1 ( - 83. Stickiness – *8 ./+ 14, < 1+ 14; 34 4+ 8 6. – + 3 12 7.- D.; 1 +* – 326+2= 6 6 * 4), (+* 2+ 2 1 .G14( 6 2 A83(- 6* * . 6 -<* ( .1 H 7 A 4 8 A 5 [31]. C + E - 4+ ,. 3 2+. 1* , “ 1 +* 14” A / G 34 . 21. 0, 2A /* . /* *A + 32 (, *6 1.63214, *A8 D 14 *6 2G, 14. ’ 1+2= 1 E* 6 1 *D.G 6234 1 A6 A 1 .- J A. 234 -3( 57 6 - 3 ( [31, . 514]. T,2 3 2= 1* 3 1* , – A * .7 ,3* ( * 341 , (+ * 4 / 6* *D. G . . H = , -*3 A 1 <* ( /.11G 5 1+ 2 2 = 8 3 8 , G 1* , 2 “E + (”, “, +* ” [32]. CA 8 3 D.-4-(+* 6* * * * ( A 4 6 1 *D.G 6* 27 A.234, -*(+* 6* * * * ( 6 1 *D.G A / D 34H27 A. 234, < H . F*= 1 = A2 014 1 +* 2,, 1 D1 < 1+2, 6* ** * (, (1 E* ,). 3 - 2+2 6 27 -(14 - 2 +., J 1 +* < 1+* 6* * * * ( -3( 8 A = G + H* , 0, < 2 (1+ ,. .88* 1998 +. A A / , J 32H* 12% 6 *+1 A 6* * * * ( A 4 G 6 10 - 32,2; T140 1 2001 +. 74

6 + A.G, J 7–8 % 6 *+1 A 2 G14 ( < - 6 * * ( * 12 = A 34 * ( +* 2+ . 3 - + *A- 1 1 8 A 5 - 6 2= (11( 27 A 4. “ * * * * ( A 4 A <-2 2, 8 G D 34H* A. 234, < / +. 3 4” [31, . 513]. 8 1 2 6 6 .014 A., ( + *61. 1 +* 1 (+ 6 * 8 6 - (,2, D.-.014 126 3 8 0 1 +* 1 A., ( 6 * . 6* * * * (. H. < -.,+., “A *.7 ,3* (” 2 1*, ,. -6 - G 6 1 *D 2 1*,2 1 D 34 1 6 2 6* ,. 8 . * -’G, 1 , 32 1 , -2 , / 1 * *- 2J . y +2, /2 ,, +3 A 6 *-,*1 1 6*+1 A * *- 2J 1 6 0G14 ( A, 1 , 3*< 1 A 27 .D’G+1 - G5 8 A 5, E , 34 - G5 2 1*,2, E +12/ A 2, 6 - 2 1*, ,, -* 6 - A ,. 6 J.G14 ( - = 14, 14 + 32 A2 G14 ( - + . |* ,* +3 - + -2 1 6 1* = , <* 2 2+ .12 D.-4-(+ = 8 A 5 ( A 8 3 , 2 1*, ) (+ 6 ( A + , 5 1* -* 5 6 J* ( A - .1 1 - 1 1 4 5 D 3 .0/ 5 1* -* 5 - + 3* ( – /2 1 6 *-,*1 8 , /2 1 1.12 = 8 ( 6 2+3 -, E +1 A- 1 1 - 1 /27 34( ) D 3 - + * -6 - 1 1*,6 A 21+. * . 2, , <32 1(,2 /2 1*,6 , 121. 3 A 5. - <.G14 ( 1 ( *E*+1. C 3 4+ 5 D H12 – -* 6 1 = * 1 * ( 27 , 34 27 2 1*, ( 3* 82, E 34+3 2, 2, 32, 21. 32 1 J ), A7 -<* ( 3 8 +2 1 * ( 6 *-,*1 1 = 8 2+ 2 1 ( ( .-7 . (+ 1 G, * A ( 1*7 3 8 5, * D7 - 14 *+3 ,2, + .341 1 -3( 6 <2 / 1 J ). T6 1* 8 G, 21. 0, + 32 A ( 1 *32+27 D (8 E , 5 D +.G A ./ 27 6* *7 - , 2 - G5 2 1*,2 - , 2 H 5. F* 6 ( 0G14 ( 12,, J 2 1*, 3 H1 D32 ,2 1 * ( 2+ 2 1 ( E , 5. '*A6 * *- G 2+ 2 1 (-. - 27 2 1*, H27 1 G *, <32 2,. 1 , 14 .G 6 1 *D 6* *+3 -. 1 + 8 -. , 2 H27 2 1*, (6 * 26 -+ 14 1 12 1 / 1 =12,*14 ( 2
+2= 57 - 6 A - 014 - 3 -<* ( 34 5 6 .<* 1 (T ). * HA * + 214 6* 6 34 14 .D’G+12 8 -D211( +3 - 1 -2 - ,. 1 - -2 - ,. (7. z 8 ,2 3* ( 1* , 7 .D’G+12 27 6* *<2 4 - -2 - ,. , 6 2+3 -, (+ 3 8 1 * . *32+27 34 27 ( . 6 34 27) 2 1*, 57 . * *- * 1 , -* -2 -. 3 A 1 [33; . 39] 6 -1 * -<.G - 34 14 A * * ( - - 3 -<* 4 T . 6 2 H2 +* 13., /* ( 6 (11( T (+ 6* 5 -* 1 .+ 5 (-* 1 1 ), (+ .1 E , = 8 ( 2J ((+ -*6 2 5 6 1 *D), (+ , D 3 A = 8 , =D 34H 1 / 2, , 2- G14 ( 6 -7 -, (+2= 7 .G + * 3 8 / . 1 . 6 1 *D [33; 34]. C A D*A6*/.G 2A /* ( T (+ 1 . .,. * . E 3 E 4+ ,. /2 3 8 / ,. * , ,* 6 27 3 8 / ,., -* D 3 -2 - 8 1 - -2 - 8 G -2+ 1 ,, * .1 * -<* (, + 2A 8 A 21+. 34 5 2 1*,2: “C 1 3 8 / ,. +. 34 -6 27 3 8 / * – * G 34 * . = 8 6 27 3 8 / =, 1 D1 30- 4+ = + + *12 . T 34 . 6 .<* 14 3 8 / D.-* 1* 6 *1. 12 (+ 6* 2= 6 27 / 2= 1 . 6 34 1 ( 6 34 12, 8 .62), J A., 30G14 ( D’G+12 2,2 /2 2+ ,2 ( +H1 31 6 - ( 2 D 2 1 , A 2<* ( ( 6 <2 (, 6 21 +. , 8 1 , A 8 1 * ( , <*1/ 27 .6* */ 1*=) 6 ( 3(G14 ( -2 -. 34 = 1 8 .6 = 6 *(1 < D 12, A3 /2 14, + 5 6 1* 1. 1 J )” [35]. 7 / 6 (11( T G - 12/ 2, - 6 (11( 8 1 1 34 8 6 1* 1., -* 1 1 55 – T – 6 ( . * , <* 2A / 12 ,. .14 6* 2E +2 -D211( - -2 - 8 . - ,3* ( +3 - 1 . 1 / * ( ,*7 A,. -D211( +3 - 1 - 3 -<* (7 T , H 6 83(-, -D2 G14 ( *6 0 , 0 /* *A 1 1. 2,2 - 3 -<* (,2 + 8 12 8 6*+1. - -2 - 8 *E3*+ . (. 14 -2 - ,. , (+ + A.G . *=3 [36], . +3 ,*< 6 A 34 5 1 .D’G+12 5 2 1*, .G .1 H ( + E3 +1 1 .

76

2+ 0/2 1 1 < * ( T A -2 - 0 .D’G+12 0 6 .<* 10, A83( 4, 6*+12 -1 * ( 6 34 8 -, 8 .D’G+12 ,. -D211 -2 - ,. 1 - -2 -,. A . 7. (, + 8 12 5 +3 - 5. , -*34 D* *, *, = - 1*3*+1. 34 1 2, (+ 2 2+ 014 . 26 D. 27 . 7 A ’(A ( , 327 1 /27 A - / ( y ). 1 -2 5 6 27 3 8 5 *E3*+ 5 2 , 014 A . 6 D3*, + E3 +1 5 21. 5 – T. H ,. 3A A83(- G14 ( 1 2 T, (+ D.-.14 -6 - 6 .,* . 2 A ’(A A - / - 2, 26 D. 2, 6 * . - ,3* ( T-1 -D. G14 ( A 1 2 -D211( 6 D3*,2 (6 D3*, 14-1), .1 H 4 8 + E3 +1. (+ E3 +1 14-1). - 6 D3*, 10-1 ,2 A., G, .D’G+12 * 1 1 < * ( *D* A 6 D3*, 0, (+* -D2 G14 ( 6* 2,2 -2 +. 2 2,2 23 30 (,2, (+ H 2-H* E ,.014 6 *= 1 -/* 8 6 1* 8 / 1 34+2 A8 - , 6 *A* 1.014 *= 1 , ,. 0. - + E3 +1 10-1 ,2 A., G, .D’G+12 * 1 1 <* ( *D* A 6 A212 2,- *8 12 2, A 21+ , 6 D3*,2, (+* , 1214 . D (+ , D 3 A = 2=, 1 + -*, 3 A = 2= *E*+12, (+ 6 2 , 2A /* - 1 / 1 , 6.D3 / 27 26 D. 4 , 014 A 21 + (+ 1 1*8 5 6 -.+12 1. -2 +. . 6 D3*, 14 + E3 +1 14 2+ .014 *6 *A* 1 = . E. +0 1 E. + 5 , 6 . (, , 8 A 5, , +* .(. 2 A ’(A A - / 8 .6 0, + , <* 2A /* 27 6 D3*, 1 -1 1 + E3 + 1 -1, (+ 6 *-,*1 . * 34 14 -2+.014 . .D’G+12 ,. +. , - - G14 ( J* -2 H 6 *-,*1 , (+2= 6 7 -214 - ,63 21 5 A - / -2 – A D*A6*/* ( 612,.,. + 6* 5. 4 ,. 26 -+. 6 D3*, -* 12E +.G14( * 1 34+2 6 *-,*1 , = . 55 *6 *A* 1 5, (+ , D.-./2 +3 -* 0 A - 7 A - /, * , <* A A. /2 1212 ( - A G, - 5 - 7 -<* *3. y +2, /2 ,, 6 D3*, 14-1 G .D’G+12 * 1 1 < * ( *D* A 6 D3*, 0, 6 1 * (+ 6 D3*,2 (A D 8 0/2 6* *-, ( +3 G *A.341 1 , 632 . + E3 +1 1 , 3* <* D* .1 6 *-,*1). D3*, 14-2 G .D’G+12 * 1 1 < * ( *D* 1 1 /* ( A 6 D3*, 0. E3 +1 14-1 – .D’G+12 * 1 1 < * ( *D* A 6 A212 2,- *8 12 2, A 21+ , 6 D3*77

,2 . - 7 55 6 ( 7, + E3 +1 14-2 – .D’G+12 * 1 1 <* ( 1 /* ( (+ A 6 A212 2,- *8 12 2, . A 21+. 6 D3*,2, 1 + A *A.341 1 ,2 2 * 8 5. 2 = “- , ” T-2, (+ 6 ( 3(G14 ( 1 2D. 5 1 H2 + = 5 3 +. . + 1 30, D. G 82 A -(+2 D*A6 * *- 1 + ,. + = A G, - =. y +2, /2 ,, T-1 1 T-2 3*< 14 ,+ 2 1*, 8 (, (+ ,. 6 21 , D*A6 * *- 14 -D211(. 2/ = , , 6 * *-+ 2= 7 +1* 30- 4+ 5 - (34 1 1 + ,. + 5 ( A + 5 2 1*,2), ( 14 +.341. 27 34 27 1 ,2 7 .014 (. y *1 = * 4 T-3 3*<214 - , + 2 1*, 8 ( , <* D.12 A 2= 6 *- 1 2 4+2,, 121. 342,. z 8 62 2 , 014 1* *12/ 2= 7 +1* , + 34+2 + 8 12 + ,6 * 1 4 ,. , <* D.-. 12 ( , -*3 A ’(A ( y 1 34+2 (+ -* 34 5. 1 *14 ,. 6 D3*, 3 + 3 A.G14 ( . E* 6 *-,*1 = (, 1* 34 =, A + =) 1 *6 *A* 1 5, 1 D1 A, H . + 34+2 1 / G14 ( 14 D*A6 * *- 14, 1 1 34+2 A. 233(,2 0 A, H 14 , <* D.12 A+3 -* 6 *-,*1 1 = 8 -D211( ( *6 *A* 1 0). * H - .8 6 D3*, 14 6 1 0014 (, 1 *1( 2 < G14 ( .D’G+12 ,. 1 1 < * 6 D3*,2 6* * < A 1*8 = 2, *,, < A D 0 1 1 /* (,. ( 2 1 + 5 6 D3*, 1 1 1 < E* ,* , +3 - + -2 1 , <.14 , 12 A 8 34 . A . 121.34 5 -6 - 1 . 21 , 0 8 0 G5 6 D3*, 1 G 6 D3*, 6 *- 1 2 1 D 3 . D A. 1 * 34 1 E , = ,. * *- 2J . + E3 +1 1 -3 6 2 .1 + E3 +1 14-1, + E3 +114-2, 1 D1 6* *<2 ( -* 12E + 5 *D*, 1 /* ( A 6 D3*, 0. .A4+ ,. * + E3 +1 14-3 – * 2 1*,+ E3 +1 14, (+ 6* *<2 4, , D3A 5 -D2 G +.341. , - 3 - -2 D 3 2 AD 8 G14 ( A A, 1 , 34 5 6 .<* 1 . T 34 6 .<* 14 – * 1 .,., (+2=, A - 8 D +., 6 -1 * -<.G ( 14 . . 6 34 1 5 6 D3*, 1 -3, A H 8 – 6 ( 3(G = 8 D.11( 1 + + *1 8 /3* . 6 34 1 , 1 D1 6 -1 * -<.G = 8 - -2 - 2= 7 +1* .

78

. <2, , 6 D3*, 14 – * * 6 1 7 +1* 2 12+ + 8 12 5 +3 - 1 A - / , -* 12E + ( .D’G+1 A G0 +3 - 10. F* * A / G, J A , (+J .D’G+1 ( 2 1*, ,. ) * 2( 3(G -* 12/ 1 A . - ,3* 0 6 D3*, 0, 1 *, G 6 D3*, 1 . A A H 4 5 (- 3 - 2 4+ 5) 6 A2 5 1 +2= 1 2, 8 12,* 6 H.+. E ,2 6 ( ., (+ = 1 * - 1.6 2, - 3 - 2 4+ ,. 1 .,* 1.. .D’G+12 = 6 A2 5 – * 6*+1 +.341. 27 E ,, D 34H /2 ,* H 63 27 /2 A+27 + 2A. H 63 J2 , -*3 A ’(A ( y 6 - G , J* - . / 12 . + 8 12 8 ,*7 A,. +3 - E* ,* T T . -*14 ( 6 ,*7 A, “ - 2” -* 12/ 1 . +3 - + 8 12 8 ,*7 A,., (+2= A8 .1 6 6 6* *- 7 H27 D 1 7 [1; 2; 37]. C27 -(/2 A -.,+2, J + < + 8 12 7*, D 6 7 -214 2+3 A321 1 – 2 + *,3* 1 12, ,2, D. G 1 1. . A- 1 1 , 8 1 1 -2 - D 6* *D. G 1 1. -2+ 3., D A (1 ,. 283(- ( 6 2+3 -, 1 2), ,2 , <*, 2A /212 T (+ A 2 A G, - 5 + 3 = . + 8 12 = +3 - =. - -2+ 3 ,2 ,2 A., G, .1 H 0 .6* */ 14 , < 6 2 D32 10 -. *6 2= (1 10 -* 12/ 1 . 6 2+3 -, 8* = C. C2 4+ 8 + E 34, “ * A. 1 / A, 212 * , < ” , 3 ( 1 ’*83 6 2 D30G D 8 14 7 83(- / . 2 4 ,. 83(- 4+. .-21 0 , < 6 - 3212 6 -8 .62: - 6* H 5 3*< 14 1 , 71 -* 12E +.G14( A “6 - 0 D 14D2” A , A 26 (, + 2 -2 6 D 12, ,2, 6 2=, G14 -3( *D* (+ 3*< * 6 - D + 8 12 7*,2; - .8. +3 - 014 1 , 71 6* *<2 G + 8 12 2= -2 , 6* *D. G = 8 6* *- G G, -2+ 3 – 1 D1 G 12,, 71 A, 214 -* 12E + 0, D 12,, 71 A, 214 + 8 12 . 7*,.. <* *3 , . ( A (1 ,. 283(- (-3( (+ 8 14 * 6 1 D *E3*+ () 1 014 A D2 127 = 5 34 5 *8.3(5, 1 2, A D D 2 D *A.341 12 -. 6 6* *- 7 6** ,2 3* 4 (“T + 1 , = - .8, 3* 12 -
, <*, + 1 1. 12, J 2 H 34 2, /2 2+ , T G * 1 34+2 D’G+12 +3 ( 6 2+3 -, D*A D 11(, D*A8 H ’( 1 J ), + 34+2 < 6* *H+ -2 (+ D /* ( , =D.1 4 8 . D. (1 A,2 ( .D’G+1 1 8 “ -2 - – , 3 8 .6 ” (+ 6* . ,. 6* *D. ( - G5 E ,2 . 1 1. .D’G+1 = H 5 – . 1 1. * . . 2+3 -* H27 6 6* *- 7 D 1 7 [38]. 2 1*, ,. , <* =12 ( 6 + ,6 A2 = 14 .D’G+1 1 (+ + + *12A 5 A G, - 2 2 1*, A 8 , H1 D.. ,6 A2 = 14 .D’G+1 1 A / G, J ,*< 7 2 1*,2 - 8 A .014 A G, A ’(A+2 .D’G+1 (+ 2 1*, H 8 (. T2 * 8*12/ 6 * 2 , A- = * ( .D’G+1 1 6 2 -(14 - -2 , / 5 + ,6 A2 5 , < .D’G+1 5 A G, - 5, (+ = .D’G+1 .1 * ( , <.14 D. 12 D 34H 5 .D’G+1 1 , H – ,* H 5. <32 2, G , 34 2= 1 4 8 2( 3* ( (6 * =-*14 ( . C. . •*6 4+ 8 [39]). 4 ,. 26 -+. 1 1 .D’G+1 1 G <* * , ,* 1 , + 62/* ( (+ 1 H3(7 , ( 6 D ,) 1 E , 5, 6 27 .G D A 8 A. 1 12 .D’G+1 , 1 1. . - (/ . 1<*, +3 - + -2 14 6 ’(A A -*E 21 , *E3*+ 2 8 * . . 2 1*, , + 32 6 .H.G14 ( 3 14 .D’G+1 5 + ,6 A2 5, 6 A2 = + ,63*,* 1 1, J D„ . 1 .G 6 1 *D. 57 *E3*+ 2 8 +.3412 . (. - 3 ( .D’G+1 27 D ’G + -2 5 , <* 1 12 *E*+12 2, . A * * ( - - 1+ 8 * . . 8 .6 5 *E3*+ 5 21*,.. *E3*+ 2 * .6 3 ( 1.1 2 1.6 12,* (+ E ,. ( ., -3( 1 * ( * 1 .D’G+1 1 8 A (7 ( 2 1*, 7) /* *A A 21 + + 3 = 1 1 55 *E3*+ . (. *E3*+ 2 * .6 3 ( 6 3(8 G . -1 * 1 /* 5 .D’G+1 1 A -(+2 A- = * 0 *E3*+ 5 ( =D 34H 3 = E , 6* * ,2 3* ( – * , *- 8. ( , 2A /* (). y < 6 6* *- G H* .A 8 34 * ( J - T (+ 6 .H* ( -2 , / 5 82 -2 -. 34 27 - -2 -. 34 27 *3*,* 1 6 27 34 5 1 .+1. 2 [35] ,2 , <*, + + *12A.12 . 2A /* 55 (+ -D211( ( 34 8 1 *, = 8 ) A 2 . A G, -1 0 1 + 3 = (+ G-2 27 -* 12E + = ,., + 8 12 ,. 6*+1 . 1* E* * ( 6 D3*, 5

80

1 , < .D’G+1 5 -* 12/ 1 E ,.30G 2, 82 - D 34H 21 /* 27 1* 6 *1 = 34 5 6 .<* 1 . 3( 30-2 2, 6 34 12, . 6 34 1 -/.11( A 8 A2 1 12 1 1. . - (/ /2, 6 +2, 6 , < 1 6 2= (12 *= 1 1 G - = 2, 6 27 3 8 / 2, A, 1 , 34 5 6 .<* 1 D 2 1*, 5 + E3 +1 1 . H2= + 8 12 2= /2 2+ 2 1*, 5 + E3 +1 1 3 + 3 A.G14 ( . E* , < .D’G+1 5 A G, - 5, 6 ’(A 5 A A., (, 1 .A8 -<* (, 6 A2 =. 3 -<.0/2 1* * 1262 A., (-.A8 -<* ( [40], ,2 A’( . 32, J 30-2 * 1 34+2 , +.014 0 6 A2 0 *A8 -2 330 D21 “ * A., 0/ 8 ” /2 1 8 , 71 D21 , 8 G14 ( A A., 12, = * *E3*+1.014 57 1* * 126 27 123 . 27 D 1 2 . 34 ,. (, <.D’G+1 ,.) + 1*+ 1 A G, , +. (6 * A., ( 1 .A8 -<* ( 6 2 6 D.8 .6 2, .D’G+1 , 6 34 27 *6 *A*1 = [32] D. G (+ + E3 +1 1 , 1 + - / E ,2 A (11( + E3 +1 1 . A., ( 34 5 6 .<* 1 (+ -D211( A 2 . A G, -1 0 1 + 3 = 1 6 - H* ( D A. = *34 1 . E +12/ ,., 1* *12/ ,. + 1*+ 1 A 8 1 0014 621 ( H1./ 5 T H3(7 , 1 * ( “1*7 3 8 / 8 ” D A. 4 8 A 2 .. } D -6 12 * 621 (, A * , ( - +3 2E + 5 126 *E3*+ 5, 8 3 H.0/2 <32 1 57 6 * . 34 5 1 2, (+ 2A / G A, 1 1 8 /2 H 8 126.. * H2= 126 – " – G +3 - 0 6 (14 “ 12 +12”, “ *E3*+ 2” (+ 3 + 6* 12 8 -D211( * 34 1 . +3 - - 5, (+ * “A.62 (G14 (” -3( A- = * ( *E3*+ . ( ( 6* 12 6 ,’(14, ,2, 34 * A 6 ,’(1 . (). *A.341 1 , " 1 G D - * 8 . (, D , 6 -6* H*, *A.341 1 -D211( H2,2 6 * ,2, 6 -- .8* – 57 " . .82= 126 – " " . y.1 6* 2= 6 , < + - (34 1 /2 <211G- (34 1 .D’G+1 G , 1* 34 2, .D 1 1 , -3( 6 1 8 = 8 ,2 3* ( .D’G+12 27 A /* (7, .D’G+12 27 ,2 3 7. .62 + - (34 1 – * <* 6*+1 AH2 * (, 6 832D3* ( -D211(. F 34 * 6 1 * ,2 3* ( A AH2 * (, D (8. (1 D1 , 6** ,2 3* () „ . 1.G14 ( * 1 34+2 *1 6*+ (7, , <3281

27 A -(+2 <* + 62/* ,.. -2 -. 34 * 1 8 .6 * *8.30 ( (+ -2 () 1 014 D + 1 3 A 1 , /.11G 1 , (+2= -+ 2 G - 1.6 , D 6 D / 2, 6 -.+1 , -3( 6 3*34 8 . ( 3*= - (/ 1 6 1* 8 / . + 3*+12 A6 - 3* ,. 1 " 6 1 G (+ 34 *, 1* 2A ,. – (+ - / * H 2-+ * *E3*+ . ( . .1 H 4 ,. 63 . y +2= 126 *E3*+ 5 6 21 , 2= 6* 1 , ( -2 6*1/* ,, 34 1/2+ , 1 J ), D32 = 27 21. (7. z 8 E +1 3 8 / 2, 6 ( , G A 12 A A /* 27 E 7 6 2-* 1 ( *H1 1 . 21. 0), (+ A D (8 , 2+3 -* ( 6* * 2J.014 / 3 * - 5 ( 2-* 1 ). y D1 6 3*34 ,2 3* ( * 6 1 *D.G A.62 +2 - 5, 7 / 6 - G +3 2E + 5 1 = <* J D*34, J 6 3* ,2 3* ( (6* * ,2 3* (). y26 *E3*+ 5 " –" " G 3 -+ , 3 D+ 5 * . 5 D A2 -3( *E3*+ 5 – 6 2+3 -, A,21 8 ( *+ * 1 8 ) *E3*+ 2 8 * *- 2J ( +3 - ./ 2+ 8 .62 * G 1 +2,, (+2, , < 6 * *-+. 12 -D211( * 34 1 ), 8 +3 - 8 A ( (, 1* 34 D A 2 D3* ( A 4 * G -6 - 0 -3( = 8 A ’(A () 1 J . 2 4 ,. -2 -2, 8 .6 * 6* *D. 014 . -*, 3 A ,. 1 . 0 , D3A 8 1 . E - .1 1 6 * . 6 1 8 ,2 3* ( A AH2 * (, A, 1. D214 " * 6 <2 4+2, 6 * ,, 1 +2,, J A 8 1 0G . 8. 1 /.132 14 - 0 . y D1 *1 6 / +. (-.1 2,. ( 1 G 1 - , + 32 14 6* * ,2 3* ( <* -D21 ( < 2/+2) . - , 1 , + 32 , ( 6* * ,2 30 12 (+ , 1 = 2= 34 2= +1 <* D.1 , D 1 2 2 D3(14 *, <32 2, D 34H H2 +* -D211(, < G. D3*, 14 . 4 ,. 26 -+. 6* *D. G 1 * A 8 1 * 8 , .1 2,. 8 6* *<2 (, -* =, 6 ( 2 .= 5 +3 - 5 8 34,.014 (. 7 * 6 3(8 G 1 ,., J D A D*A6*/212 8 1 14 .6 A 12 6 * *-+ .0/2= /2 2+ 6* * ,2 3* ( – * , 2, 3 / /2 . A G, - 5 – (+ 1 +2=, J 6 ( 3(G 6 (,, . (+ ,. , <* A6 / 12 ( “A / 630 (” 27 2+3 + 3 =-6 *-,*1 8 A+ 211( 21. 5. y D1 A (1 14 .= 5 +3 - 5 6 2 6* *<2 -/.11( *, <32 1 – * <* G *E3*+ (. D* 8 ( , D 3 A = 8 *E*+1. (+ 8 1 14 82

A. 1 / A * D7 - 0 3 + 0 D214 - 8 1 + 2= +1 " " 6 2 " ,2 3* 2,. 2 * 3 A 5 *E3*+ 5 ! 126. * -D211( A- = 0G14 ( A E ,.3 0 – 21 12 .D’G+12 * A /* ( 26 1 2, (, AH2 * 8 -D211(. C -, 10 4 8 126. *E3*+ 5 G - .1 14 6 1 *D2 + 62/. 12 .6**/ 1 , 12 A.62 +2 - (34 1 * 1 34+2 + 1*+ 1 3 * 6* 5 + + *1 5 - (34 1 , = <211G- (34 1 A 8 3 ,. 1<*, A -., 1 * ( H1./ 8 D A., J -D2 G A2 2+3. A G, - 5 + 3 =, , <* . 12. C - / , (+J *= D A * A +3 -* -/.11( .1 2,. ( ( * 6 1 *D.G / ., (+ 8 A A 2/ = A , 3 1*7 3 8 / 27 ., 7), D.-* / 1+ 6 4 . 12 H1./ * 6 +. ( T . 2 1*7 3 8 / ,. < 7. 6 1 *D2 A +3 -* ( 1 + ,6 .( = 1*7 3 8 / 27 H , * <* D.-* 6 4 . 12 * (+ 6 +. (, (+ 6 D3*, 12A ( , -6 - , E ,. (. C27 -214, J A ,2 3212 2+ 2 3* ( 6 +. 12 6 ( 2 +3 - + -2 1 ( ., ,. – T ) , <32, 3* = 6 12 1 (12 4 ,. * 0, < , <32 * ,* 1 ,., J 6 .<* 14 * 6 =-* 6* 27 2+3 .1 2,. (. 1* H 6 8 A2 * A , 014 A 6 (-+. -* 8 2, 8 J - -* 1 3 8 / 5 6 A2 5 6* 1 E , = 8 * *- 2J . C -6 - , G A’( 212 4 *12/ = *,6 1 = 2 1*, 1 3* ( - <211(, (+ - G A, 8. - , 632 12 * 4 .D’G+1 1 ,. 2, (A + *, /* *A 1 + 121.12, (+ 1 , 6 3 12+ , *+ , + , 8 , - 4+* <211(). 2 4 ,. <32 , J D E. + 5 E , = 27 6* 1 ((+ G 6 7 - 2,2 - + ,* = 27) * 1 / 32 . , 0. *-* 2= 3A 6 ( 2 1*, 27 6 D3*, + E3 +1 27 21. = – E* ,* +3 - + -2 1 8 A (7 1 34 5 6 .<* 1 . 6 34 1 – , <* 6 2 * 12 - 72D 8 2 +., J 57 -, 1(,2 G , H1 D 6 H2 * ( D +3 – 6 D3*, 14 + E3 +1 14. T6 < ( -, 14 6 3(8 G 6 +12/ 27 A 621 7, (+ 6 -<. 32 6* - 3 - 2 4+ 1 .,* 12, 3 - + 4 8 – 6* 27 1* *12/ 27 8 3 7. y +, 8 A = +3 - + -2 14 62 .G14 ( 6* * < A D +. 6 D3*, 1 , 1 - (+ D 34H H2 + 8 .,. – 6* * < A D +. + E3 +183

1 . H < +3 + < = A 27 + + *1 27 6 +12+ -D21 ,* H 0 , 0. y +2= 1 , < < 12 D,*<* 2, 1 34+2 , + 34+2 +1. 34 14 A ( - + 3* ( 1 .,* 1 632 ., + 28. ( +3 - + -2 1 -D2 G14 ( 1 34+2 + -*, / ,. A A . C - / .014 1* *12/ , <32 1 A6 0-<* ( A 6 6 8 ,2 ,*1 -. + 1*+ 1. 34 -6 ,*1 2/ 8 A, 1 - ,2 3 8 3 A. A83(- 6 8 - 6 A . , -*34 D 8 -2 +.. 2 1*,2. '32A4+2, 3 8 , 1 + 5 , -*3 , 8 D2 D.12, 6 2+3 -, -2 +. 6* *, 2 -2 6*1/* 34 1/2+ , 6 3A 2= * + *,27 26 -+ (J D.3 6 -<*A H 0 ./ 10), 6 8 - 6 A .. 2/ = , ( 1* *12/ , <32 14 6 1 *D.G - ./ 5 1*7 / 5 D A2, J , < < 12 6* 6*+12 0 6 - 34H 8 - 3 -<* ( E* ,* +3 - + -2 1 -2 +. . -D2 0/2 6 - .,+2 6 *-* 5 1* *12/ 5 D 12 A , <-2 263 5 1*8 5 - (8 * 4 . 2 /* ,*7 A, 6 . ( +3 - 10, 34 -6 27 3 8 / 0 6 *+ G0 (+ 5 G +3 - + -2 14, 1 A- = * 5 6 D2 6 H2 * ( A + , 1*=, 2( 3* 27 3 A. 8 A =, H2H* + 3 2 1*, 27 .1 * 4, , < E ,.30 12 1 + . 1. 3A 6* * 82 *- 3 +2 1 1*8 = 6 .( +3 - 10 8 A (7, (+ D A.014 ( , 8 (7 6 J* (, J * 3 A.014 ( . E ,. - , 1 27 3 8 + .6 3 4+27 + , -. 3 - + -*E 21. *E3*+ 5 - , 13 8 + .6 3 ( + -* .G14 ( 2( 3(G14 ( *A- 1 0 6 . ( +3 - + -2 1 1. D.3* 1 ,. * *- 2J . ( 8 A 5. < A D212 2 +6 * D7 - 14 A 21+. , <2 27 3 8 + .6 3 ( ,*1 3 8 + A G, 6* *7 - , < 2,2 6 D.- 2 2 1*,2 *E3*+2 8 .6 3 ( 8 A 5. 2. A83( .1 E* ,* 2 +3 - + -2 1 6 2 6**7 - - 8 A = 8 - , < 8 A = 8 ( 21*, 27 .1 * 4 .A 8 34 * ( - 3 -<* 4 . E* 6* * * * ( A 4 6 2 .1 * 34( D A * -+ ,6 =. + A A ’(A + ,*7 A, 6 J* ( + 8 12 5 1 .+1. 2 .D’G+1 126. 1 +* 1 (A * .7 ,3* ( + 12 2 1.), (+ 84

A., 30014 - - 1+ . +3 - 14 6 D.- 2 6 34 8 6 3( A 4, A ,*7 A, ,2 - 61 5 - AD 34H. 5 + 34+ 1 * *- 2J. 34 -6 27 3 8 / = 6 *+ 5 *= A ’(A + 6 ( 3(G14 ( 1 + ,. 6*+1 +3 - + -2 1 , (+ A 6 *-,*1 14. C2 + 6 3(8 G . 2A 6 1 *D2 + -2 5 -2 +. . E , 6 D.- 2 A ./ 27 6* *7 - , 2 - 27 6 - 2 1*, - , 2 H27, J , <32 1 * ( 6*34 5 ,*1 , 2, (+ 6 2, <.G D (8 *E3*+ . ( , <* D.12 - 2, A /2 2+ * 3 A 5 2 1*,2 *E3*+ 2 8 .6 3 (. 3. • ( *+ 1 6 3( 5 ,*7 A, 6 - 3 ( 6 D3*, 1 = + E3 +1 1 1 / 1 8 .6 2J 2 1*, - 3 A, 8. 6 1 212 6 D3*,. + 8 12 27 + ,6 * 1 34 5 6 .<* 1 (+ 3 -+. * 6 5 +3 - + -21 . 6 34 1 . 4 ,. 3 A. , < A D212 2 +, J -<* *3 +3 - + -2 1 6 ’(A.014 ( A 121. 34 0 (3*8 12, , 12 0, 6* E+ .A8 -<* 0) -6 - 10, 6 D3*, 14 (+ 5 6 3(8 G .D’G+12 ,. 1 1 < * , -* 12E + 5 A 6 D3*, 0, + E3 +1 14 – . +.341. 27 - 3 - 27 -2 D 3 7. 4. 1*8 ( - (8 * 4 6 27 3 8 5 *E3*+ 5 J - 6 D3*,2 .D’G+1 2 1*,2 - G A, 8. 6* *83( .12 6*+12 2 -* 12/ 1 * 12 6 2 26 + ,6 A2 = 1 .D’G+1 1 , A8 - A (+2, 34 6 .<* 14 , <* < 12 ( 6 ( , 6 .H* ( -2 , / 5 82 -2 -. 34 27 - -2 -. 34 27 *3*,* 1 , A 2 , -1 0 27 . 6 3427 + 3 =. F* - 3 , <32 14 A D212 2 + 6 - 3414 6 1 +2 6 D3*,2 6 H.+. H3(7 - 8 12+2 1 + 28. ( 34 5 6 .<* 1 , (+ „ . 1.014 ( A., 55 8 .6- *E3*+ 2 27 ,*7 A, . 5. 3 A A 27 E , A- = * ( *E3*+ 5 1 2 A -2 -3( 2 +. 6 , <32 14 1*7 3 8 / 8 6 1 * ( 2+ 2 3* ( D A. A 2 . -1 * ( . 6 34 27 + 3 = -3( , 6.30 ( 34 0 6 .<* 10. 1*, 8 3 H.G14 ( . , A 72 27 ,*7 A, 1*8 5 2 1*,, (+ 6 12 1 (14 H1./ 1 * 2, 2+ 2 3* (, D A A ., 2 - .1 1 * 34 27 A 2 2 + 8 ( +3 - + -2 1. 85

1<*, 6 D 6 * 12 3A 34 -6 27 3 8 / 8 +3 - + -2 1 2 1*, 8 ( 1*8 5 - (8 * 4 - 3 -<* 4 . A 27 8 3.A(7 6 + A 3 6* 6*+12 14 1 + 5 D 12. - 34H - 3 -<* ( +3 -+ -2 1 1 *E3*+ 2 27 ,*7 A, 55 6 . ( , <.14 A +3 12 2 1 * ( 8 6 (,. ,*1 + 8 12 5 34 5 6 27 3 8 5. E*

,*

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5

# . :. 1 8 .6 8 .D’G+1 (+ +3 *E3*+ 28 .6 3 ( // .+. 1.- 5 A . 1 6 3 1. 6 27 3 8 5: D. 1. / + 5 2, -1 . 1 6 3 1. 6 27 3 8 5. – .: 3* .,, 2005. – C26. 12 (15). – T. 87–108. 2. # . :. T2 1*, *E3*+ 2 8 .6 3 ( . A D*A6*/* A3211( // 27 3 8 / 2 *E*+12 5 - (34 1 8 A 5 ., 7 34 -*+ , / 27 A, : y*A2 V .+.-6 +1. + E. A 8. 1 *+ . 6 27 3 8 5 (23–24 32 1 6. 2006 ., ,. 25 ) / .+. *-. •. . ,.H+2. – .: .+. 1, 2006. – T. 117–119. 3. . 2 34 S7 2 1*, 7. – .: + -. *+1, 2002. – 832 . 4. Von Bertalanffy L. General System Theory // A Critical Review, “General Systems”. – 1962. – Vol. VII. – P. 1–20. 5. Rapoport . General System Theory: Essential Concepts and Applications (Cybernetics and Systems) – London: Taylor & Francis, 1986. – 250 p. 6. Giddens A. Central problems in social theory: Action structure and contradiction in social analysis. – London: Macmillan press, 1979. – 294 p. 7. Habermas J. Theorie der Kommunikativen Handelns // Zur Kritik der funktionalistischen Vernunft. – Frankfurt am Main: Suhrkamp Verlag, 1985. – S. 504–522. 8. "5 . y* 2( DJ* 1 // y* 2( DJ* 1 . |. - ,* 1 34 S* 6 D3*,S: TD. 6* . 6 - *-. . |. |23266 . – ., 1999. – T. 196– 235. 9. " B 1 . .y E , 2( U+ ,2/* +27 2 1*, – .: ‘+ ,2 1‰, 2003. – 443 . 10. 9 Z. . C *-* 2* 2 34 .0 1* 20. – ., 1999. – 327 . 11. 0 6 Y., 0 Y. (- + 2A 7 . S= -2 3 8 /*3 *+ 6 2 - =. – .: 8 * , 1986. – 432 .

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12. ] !. T2 * 8*12+ . * 72( *. 1 =/2 1*= , 8 2A.0J27 ( 2 1*, 7 2 . 1 = 1 7: * . 83. – .: 2 , 1985. – 421 . 13. 4 V. ., 5 # . . 2( 2 * 8*12+2. T2 * 8*12/* + * ,2 2-* 2*: T* . T2 * 8*12+ : 1 6 H3 8 + D.-.J*,.. – 2-* 2A-. – 2005. – 240 . 14. % . . y E , 2( , + 2 34 S7 2 1*, 6 12 32 12/* + , ,2 *: ,*1 - 3 82/* +2= 6*+1. – ., 2006. – 232 . 15. . 372,2( E2 . – .: | - , 1999. – 416 . 16. ]. * *-<,* 1 6 - A-*3* 2(7 E2 ,S (6 *-6 2 2, 1*34 1 2 + -2 2( -* * 1 32A = + ,6 22): * . 83. – .: | - , 1996. – 288 . 17. 6 . . *1 - 3 82/* +2* 2 ,*1 -2/* +2* S E ,22( 2 A 212( 1 8 S + * 1* 1 * S7 , 6 32=. – T 1 : A-- T 1. . -1 , 2000. – 152 . 18. . . * 1 .+1. 2A 2( 6 *-6 2(12=: 6 S .6 3*2(. T1 1*822, + -2 2( 1 .+1. S7 6 ,*1 , 2<* 2* 6 12 3* 2( 6 * D A 2(,. – .: 3462 D32H* , 2002. – 287 . 19. Holland J. H. Hidden order: how adaptation builds complexity. Readerng¸ M.A.: Addison –Wesley, 1995. – 208 p. 20. Waldrop¸ M. M. Complexity: the emerging science at the edge of the order and chaos. – New York: Simon and Schuster, 1992. – 380 p. 21. Simon H. The Architecture of Complexity // Proceeding of the American Philosophical Society, 106 (December). – 1962. – P. 467–482. 22. Simonin B. Transfer of Marketing Know-how in International Strategic Alliances: An Empirical Investigation of the Role and Antecedents of Knowledge Ambiguity // Journal of International Business Studies. – 1999. – 9 30 (3). – P. 463–490. 23. Bettis R. A. and Sze-Sze Wong Dominant Logic, Knowledge Creation, and Managerial Choice // The Blackwell Handbook of Organizational Learning and Knowledge Management. Ed. By Mark Easterby-Smith and Marjorie A. Lyles – Blackwell Publishing, 2003. – P. 343–355. 24. Burke R., Cooper C. L. Leading in turbulent times. Managing in the New World of Work. – London: Blackwell Publishing, 2004. – 334 p. 25. Schvenk C. R. Cognitive Simplification Process in Strategic Decisionmaking // Strategic Management Journal. – 1984. – 9 1. – P. 103–124. 26. Prahalad C. K., Bettis R. A. The dominant Logic: A New Linkage between Diversification and Performance // Strategic management Journal, – 1986. – 9 7. – P. 458–501.

87

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# . Y., # ". . •2/ 1 ( +.341. -28, 2 6 D3*, U 1*12/* + 8 1 H* 2( + 2 +. 1 . // ‘ 1*12/* + * 1 H* 2* + 2 +. 1 .: 3. , 8 E2( 6 , 1* 2 3 , *<-. . + E. ( * ,1991): C 6-12 1. / *-+ 3.: . . (A0 2 - . – .: A-TTT , 1991. – y. 1.– T. 35–37. 28. . . T 2 34 ( 6 27 3 82( 8 2A 2=. – .: , 1993. – 384 . 29. Stangor C. Social Group in Action and Interaction // New York and Hove, Psychology Press. – 2004. – P. 426. 30. ". . T 2 3 82( - 61 2=: C 6 . 1* 22, ,*1 - 3 822 2 ,*1 -2+2. – 2D2 +: .+ , 2005. – 423 . 31. Szusanski G., Cappetta R. Stickiness: Conceptualizing, Measurement, and Predicting Difficulties in the Transfer of Knowledge within Organizations. In: The Blackwell Handbook of Organisational Learning and Knowledge Management // Ed. By Mark Easterby-Smith and Marjorie A. Lyles – Blackwell Publishing, 2003. – P. 513–534. 32. # . :., # ". . -*34 *6 *A* 1 = 8 .6 8 .D’G+1 6 27 3 8 / 5 - 6 , 82 // y* ( 6 +12+ - 6 , 82 D2 1 1 6 27 3 8 / ,. + .341. 6 27 1* 6 5: 1* 32 , < . .+.-6 +1. + E. – ., 2005. – T. 81–84. 33. . *1 - 3 82( 2A,* * 2( 2 6S1 * +2 2 34 = 6 (<* 12 // E3 +1 3 8 / *+ 6* 12A : 1* ( ,*1 -2+ . – ., 1997. – C26. 1. – T. 38–50. 34. . . -*(+ 8 * 3 8 / ., 2 - 1 1 1 6 8 12/ 5 A /.J 1 34 -6 27 3 8 / 27 - 3 -<* 4 ( 6 2+3 - 2 /* ( A ’(A+. 34 5 6 .<* 1 A 342, 6 1* 1 ,) // .+. 1.- 5 A 34 5 1 6 3 1. 6 27 3 8 5: D. 1. / + 5 2, -1 34 5 1 6 3 12/ 5 6 27 3 8 5. – .: 3* .,, 2003. – C26. 7 (10). – T. 3–22. 35. . . T 34 6 .<* 14: 1* *12/ , -*34 * D7 - 27 - 1 1 7 6 + A 2+ // .+. 1.- 5 A . 1 6 3 1. 6 27 3 8 5: D. 1. / + 5 2, -1 . 1 6 3 1. 6 27 3 8 5. – .: T1 34, 2002. – C26. 5 (8). – T. 3–24. 36. 9. A32/ S* 6*+1S // 27 3 82( 32/ 12. y*+ 1S / - *-. •. '. 266* *=1* , . . .AS *(. – .: A-, 1982. – T. 132–149. 37. # . :. *612 E *=-2A,. + 1*+ 1 1* 5 8 .6 5 *E3*+ 5 // D3*,2 6 3 12/ 5 6 27 3 8 5 1 55 34 . 1 3* 8 , -( 2 + 5 4+ 5 -* < 2: D. .+. 6 . / A 8. *-. . T30 * 4+ 8 . – .: 3* .,, 2007. – C26. 5–6. – T. 50•63.

88

38.

# . :. D3*, .D’G+1 *E3*+ 2 = 6 27 3 8 5 // •0-2 . T.D’G+1. C/2 +: | 3 E 4+ -6 27 3 8 / 1.- 5 / A 8. *-. C. . y 1* + . – .: •2D -4, 2006. – T. 197–230. 39. " . . V. T1 3* 2* 1 1*82/* +27 .D‰*+1 : 6 1 + 6 D3*,S // *E3*+ 2 S* 6 * S 2 .6 3* 2*. – 2002. – y. 2. – T. 5–23. 40. # . Y. *E3*+ 2 ( 1*7 3 82( ,28 2 = 1 3(0J*= <2A 2 DJ* 1 // *<-. . + E. “ 28 2( 6*: 2 34 S* 2 6 27 3 82/* +2* 6*+1S”. – .: 1-6 8 ,,S, 2006. – T. 69–95. ©

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D3* 6 D. 2 * 8*12/ 5 6 -28,2 2 /212 , 8 A = + ,6 * 12 A 21+. 1* 21 34 5 8 , -2 ,*< 7 + *, 8 , 1 . 6 6 -2+ 1 2 ,* *< 1 . + , *, = 5 3*< 1 =8 1 1 - + 3*+12 5 - 5. *A.341 12 6 + A 32 6 28 /* 14 , 8 A = 27 + ,6 * 1 A 21+. , 4+ 5 6 34 12. : 6 27 3 8 ( + ,’0 1 , 1* 21 34 6 341 , . - 4+ 8 , - , 2 * 8*12+ . *-6 2 (1 6 6S1+ * 2 * 8*12/* + = 6 -28,S 2A./214 , 8 2A 2 S* + ,6 * 1S A 212( 1* 21 234 8 DJ* 1 8 2 7 1-*34 8 8 - . *-3 <* S 2 -2+ 1 S *12 1 H* 2=, U, 2 34 = 6 2 -3*< 12 2 8 1 12 + + 33*+12 ,. -*= 1 20. *A.341 1S 6 + A 32 .8*1* 14 , 8 2A 2 S7 + ,6 * 1 A 212( 8 -+ 8 DJ* 1 . % : 6 27 3 82( + ,40 212, 1* 21 2 34 * DJ* 1 , *- + ( DJ2 , 2 * 8*12+ . It is try to study self-organizational components of the urban community development on the base of synergetic paradigm. Such indicators are proposed: relational network, emotional belonging, readi-

89

ness for collective action. Results showed the inhibition of the selforganizational components of the urban community development. Key words: community psychology, local community, neighbor community, synergy.

B . A 21 + , * 27 1* 21 34 27 8 , - G * -, 0 +3 - 0 6 1.6. - -*, + 12/ 8 8 , -( 4+ 8 . 6 34 1 . C 1 5 30- 1 8 , -( 4+* . 6 34 1 2 2+3 -3( 1 8 , J D - 8 27 A - 7 8 1. 12 + <,. G,. /3* . D*A6*+. A 72J* 14 <27 - = H27. *, + 12/ 1 8 , -( 4+ 8 . 6 341 2, 8 014 1 + 8 A 21+. , * 27 6 34 1, (+2= D. D2 6 (, 2= A D*A6*/* ( * 1 34+2 A 72J* 1 , = 2J27 6 1 *D , * 3 A 5 , A 21+. + < 8 57 /3* . T+3 -14 8 A 5 ./ 8 . 6 34 1 6 ,. 1 214 6 D3*,. A 21+. 1* 21 34 27 8 , - (+ + 3*+12 27 .D’G+1 , /2 2+ 57 E ,. (, 1 3* (, , A 21+.. +J 30- 1 3 ,. 1*A 6 , 8 A 0 (+ - , .0/2= /2 2+ A 21+. 30- 1 * 2+32+ G ., ., 1 6 2 6* *7 - A83(-. 6 34 1 ,* H 8 , H1 D. (, 1 , = , ,+ = ) 6* *1 0G14 ( * 1 +* /* 2- * 621 (. T 34 -6 27 3 8 / ,*7 A,2 . ( , 8 A 5 1* 21 34 27 8 , - A 32H 014 ( *- 1 1 4 2 /* 2,2 ./ 0 .+ 0. 6 2 63* + . D 8 14 7 + 5 7 1. A 6*+1 27 - 3 -<* 4 , * 27 8 , -, (+ 1*8 .014 ( = 8 3.A – 6 27 3 8 5 + ,’0 1 [1; 2], + *61. 342= 6 H.+ 1 2 G D. G * D 34H 5 +1. 34 1 . : 2 * 8*12/ 5 6 -28,2 A 6 / 1+. 12 - 3 -<* ( , 8 A = 27 + ,6 * 1 A 21+. 6* 2 5 1* 21 34 5 8 , -2 ,*< 7 + *, 8 , 1 . T62 0/2 4 1 -2 0 6 27 3 8 5 + ,’0 1 6 - 3(12 A 3 8 G0 6* 1*,2 E 3 E 4+ -,*1 - 3 8 / A -2, A83( *, , <32 6 -7 -2 - 2 /* ( 8 , -, (+ A +3 -* ./ 27 1* (7 7 ., A + *, 2+ 2 1 ( 2 * 8*12+2 -3( - 3 -<* ( , A 21+. 34 27 2 1*,. C -6 - - 2 * 8*12/ 5 6 -28,2 8 , - . G,. A 21+. , <* * 3 A. 12 + ,6 * 1, (+2= 6**-D / G 632 6 (-+. 34 27 - = A D +. H27 .D’G+1 ( .90

6 34 1 , -* < 2, 8 3 -2), 1 D1 G *A.341 1 , 6* 8 6 6* *- 4 8 63 ., J , (+ 6 23 , .G A - 8 - = 8 * 34 8 1 3* ( <211(, 1 + ,6 * 1, + 34+2 E ,. (1 A 21 + 8 , -2 6* *-D / G * 1 34+2 632 A , = D2 1 . +12 14 + < 8 55 /3* . -, . 8 A = 27, D32 10 , 8 A = 27 1 .+1. G 6 1 14, *A 63 14 57 22+ * (. 4 (+ 7 +1* 2A.G •. '* A* + 1 + 1 .+1. 2: “... 2 2 2+ 014 D2 , 6 D . T , AD2 ( 1 + 5 1 .+1. 2 6 7 -214 - / 6 4 ,. 6 30 55 , <32 27 +3 -2+ . + 34+2 + E 8. ( 1 +27 1 .+1. * G - 34 0, D 34H 0 , 0 A - G14 ( 1*8 34 2,2 3 12 1(,2 34 5 2 1*,2, . (+ = 2 2 2+ 014, 1 D 8 1 1 7234 2A / 12 * (+ “+ A 1* 3 8 / 14”. 1 +27 1 .+1. G 6* ,*1 , - (+ 5 2 A 2 014 (, 6 1* ( ,*1 6 AD 3*34 8 .D’G+1 ” [3, . 172]. < * 6 8 -<. 12 4 A 1 , 2 + , 6 34 . .D’G+1 14, -<* ,* 4 ,. ,2 27 -2, ,*< 1* , 3 8 / 5 1 3 8 / 5 *-6 - 1 , < 3 8 / 2, 34 -6 27 3 8 / 2, 6 -7 - ,2 A., ( .D’G+1 1 . 1* 2+ 2 1 ( -*= 2 * 8*12+2 - 3 -<* /2 2+ A 21+. 8 , -2 G, H. -.,+., - 214 + 2, * 2 12/ 2, + + ,. T3 - 1 + < 2A /212 ( J - 2+ 2 1 ( 1* , ,J 62 .014 D’G+1 H 8 - 3 -<* ( – 1* 21 34 . 8 , -.. + *+ 3* 1 , 83 , 8 “+ ,’0 1 ” .+ 5 4+ = , 6 3.8 .014 ( - 214 H2 +2, D , 3 3 6 3./* 4: 8 , - , 1* 21 34 8 , - , , * 8 , - , 3 + 348 , - , 1* 21 34 6 34 1 , 3 + 34 6 34 12 1 J . C E = -6 ,. 6 3 H 5 -* < 2 <2 014 6 (11( “1* 21 34 8 , - ”. y +, 121. ( + 5 2 A83(- G 55 (+ 6* 2 2= .D’G+1 , * 8 , (-. (. T3 - A A /212, J 2= + 2A G 6 , 1= 2 H. 12 621 ( , * 8 A /* ( 32H* A <21*3(,2 -, 1 12 -1* 21 34 27 -2 2 4, 1 D1 6 *3* 4 D *3* 27 6. +1 ( 3, + 34+ 7 3, *32J, , 1 1 57 = ). y ,. ,*H+ + 34+ 7 D 8 1 6 * 7 27 D.-2 + D ,+ = . , 1 , + 1 , 014 (+ 4 6 34 1* * 2 D 2 H232 A- = 212 (+. 4 + 0, 2( 212 (+. 4 12 ., E , 34 8 , - 0 * < 014. 91

y* , “ ”, (+2= 2+ 2 1 .G14 ( 34 = 6 27 3 8 5, 1 .G14 ( 127 1* 21 34 27 1 .+1. , (+ 62 .014 D’G( 30-*=, J ,*H+ 014 - = 8* 8 E / = , * 1 A 8 , H1 D. ( +30/ 0/2 = + *,2= D.-2 +). 2+3 - , , <* D.12 1 -2 = G *= 4+ 8 , .+ 5 4+27 , 1 7, + 34+2 G *5 *3232 ( . 2A /* 27 -3( 27 ,*< 7, 3* * .1 0 32 6 2 4 ,. + *, 5 -, 1 12 5 -2 2 . 1 ,, 6 (11( 1* 21 34 5 6 34 12 H2 H*, < 6 (11( 1* 21 34 5 8 , -2, (+ E ,.G14 ( 55 . -.,+. y. T*,28 5 [4], 8 , - , <* D.12 (+ 1* 21 34 0, 1 + A 1* * ,2. C2+ 2 1 ( , 8 1* , “8 , - ” <* 2A / G 6* . (+ 14 34 8 .1 * (. y +, D2 D.12 8 , - 0, * 6 1 E , 34 *0 A2 12 (, D’G( 6 2 , 12 + 34+ +30/ 27 A +: 1) . 5 1 4: 1 , 71 3*<214 - 8 , -2, , 014 6 34 A +2, J 6 ’(A.014 57 - * A - 2,; * , <* D.12 , * 6 <2 ( D +3 , *1 / 3*< 14, *3 8 ( /2 J 4 H*; 2) 6 [ # : 8 , -2 7 630014 . , <32 - 2 2, * D,*<.014 ( 1 34+2 2 D 2 1 ,, D 1 34+2 6 3 12+ 0, D 1 34+2 6 1 ,. 3( 1* 21 34 5 8 , -2 <32 . 34 - 8 G ,* *< . - 4+27 - 2 ; 3) # 4: 30-2 . - ,30014 6 34 2= 1* * 6 , < 8 A 0 + 3*+12 5 - 5 (1 +, 8 , - - 8 D.-2 +. , <* 8 A. 12 (, J D * - 6. 1212 6 .-<* ( 1 1 ( +2 A , 14 -21(/ 8 , =- /2+ 6 - + ,2 4 8 D.-2 +. 1 J ). * *-., ,2 - + 3*+12 5 - 5 , <* D.12 2A+ 6 D3*, +.341. 8 34 8 A 21+., A *-D 14 <213 -+ ,. 34 5 E* 2, (+ . 1/2A ( ,. = A .D < ,. - / 1 A ’(A. 32 ( A - 6 , 8 0 8 A 27 A 7 - 6 1* 1., + 3*+12 27 A * * 4, , 12 8 1 J ; 4) ` # : 30-2 8 , D. G 8 , - 4+ 5 -* 12/ 1 , A (+ 0 6 ’(A 6* *, = -6 - 34 14, 6 /.11( 3*< 1 - D 34H 5 -2 2 6* 3 (34 14 J - *5 [4, . 9]. 1<*, 6 .H* ( 6 D3*,2 A 21+. 1* 21 34 5 8 , -2 6 3(8 G 6 H.+. ,*7 A, E ,. ( 1* 21 34 5 6 34 12 1 +27 55 7 +1* 2 12+, J 6* *1 232 D 92

1 +. 6 34 1. D32 * 34 * .1 * ( – A- 1 . , 8 A 5 , .6 3 ( , -* 12E + . 8 , -.. +J 6* H2= + ,6 * 1 8 , -2 – 6 34 21. ( – G A - 2, -3( 1* 21 34 5 6 34 12, 1 H + ,6 * 12 6 1 *D.014 D32 5 . 82. 2 , <.14 2 D.12 , 8 A , A 2 .12 ( D*A 6 -1 2,+2 8 A = 8 E +1 ./ ,. , 1 ? +2, A, 1 , 2 6 * (+ 34 6 27 3 8 / 7 +1* 2 12+2 5, 6 21 , ? J ,* , G 6 (, . 12 ( 34 -6 27 3 8 / 2= .6 - +12 A 5 , 8 A = 8 + ,6 * 1 A 21+. 1* 21 34 27 8 , -? A83(- 0/2 34 . , 8 A 0 ,*< 7 2 * 8*12/ 5 6 -28,2, 3 - 2- 3212 1 2 6 (11(: 34 . * 1 6 0, 1 /+. 34 5 D E. + 5 1 1 +12 . 1 .+1. .. . =6 H2 * H* =D 34H 6 2- 1 * - + 1*+ 1. H 8 - 3 -<* ( A., ( * 1 6 5 A / G 1.6 4 * 1 .+1. 1 , *6* *-D /. 1 , * 2A /* 1 -*(+ 5 26 -+ 5 *32/2 2, A , A 2, -*(+ 8 D’G+1 , 6 *- + (+ 8 G0 *32/2 0 62 .G14 (. 1* , 7 1.6* D -2 * 1 6 0 , < 2A /212 (+ , . A ’(A 1 1.6* ( D -2 D’G+1 . 2, D 34H* 1.6* D -2, 12, D 34H *6* *-D /. 2, G D’G+1, 12, 2J = 8 * 1 6 (. +J 2 1*, +3 - G14 ( A (-. *3*,* 1 , 1 55 ., * 1 6 ( A 3*< 12,* - * 1 65 + < 8 *3*,* 1 . A 8 *8 12 1, *A ’(A 1 *3*,* 1 , < D 0 57 6 G( 3* 6 2A -214 - 1 8 , J * 1 6 ( -6 - A 1 G” [3, . 175]. + ( * 1 6 5 6* 5 8 , -2 G - 214 <32 0 + *61. 340 6 0 -3( A., ( G5 8 , -2 55 D32 ,. 7 1 6 (6* *12 / . 6 1 .). y -2 = 1 2/ 8 , - , + <* /3* (+ 5 D. 6 ’(A 2= A H2,2 DJ2 2,2 A 2/ (,2, , ,2, 21. 3 ,2, A 8 34 6 2= (12,2 + (,2 2A 2,2 , * 2,2 1 21*1 ,2, - 214 . 6 H 6 12 1 (3 * 1 6 5. 1* A 2A212 * 4 * 1 65 - 3 ( A 7. + A,* H* ( D -2 + < 8 + *, 8 /3* 8 , -2, J - D 34 /2 * A ,, 3* 6 -+ 0 ( .0/2, . 8 , , , <211( A -3( , AD* *<* ( 8 , -2 (+ 3 8 . ./ ,. 1 A = 8 -*, + 12/ 2,2 1(,2 , * 3 A 5 + < 8 , J 6* *-D / G D 34H* 1.6* D -2, -6 - A 1 G = * 4 * 1 65 93

8 , - . = , =+ 1H2= “H3(7 A,* H* ( * 1 6 5 2 1*,2 – . A 1 A G, A ’(A+. *3*,* 1 , .A8 -<* 1 57 - =. 1 6 ( , , 34 < 1+ G 7 / =, 6* *-D /. =, 3+ , 2A /* = 2 1*, . + 2, 34 – 1 , = 2 1*, 6 10 *A 3*< 27 *3*,* 1 ” [1 , , ]. A , A 12, . 34 27 2 1*, 7, -* 1 .+1. 2, *3*,* 1 ,, (+2= 3 - G 6* 2, 1.6* *, D -2, G 30-2 , * 4 * 1 6 5 A 3*<214 - 6 . ( * 2A /* 10 + <2, A /3* 6 34 12. .= * 1 6= 23 * 2A /*1 , <* D.12 6 * /* *A 55 D ’(A+ * *8 = * 2A /* (, H3(7 , 6 - 3 ( A., 3* 27 *0 *8 12 27 -/.11 , *, = 27 6* *<2 4. 2, D 34H* 30-2 . 7 630014 *8 12 -/.11( 1 *, 5 ( 1 7, 8 , , 1 14, -/.<* 14), 12, D 34H 0 G 55 * 1 6 (. C -6 - , /2, D 34H + 34+ 14 30-*= 6* *<2 G 1 + -/.11(, 12, 2J2= * 4 ., 5* 1 65 34 5 2 1*,2, 6 *- 1 2+ ,2 (+ 5 2 G. , 6 +2, 6 A212 -/.11( 1 *, 5 6 3 D30014 * 1 6 0, -6 - , 6 2(014 D 34H = 1 D 34 1 2 1*,21. 1 6 = 7 +1* 2 12+ 2 1*,2 – * J* = * * 8*12/ 2= 6 + A2+, , A- 1 1 - A- = * ( -*(+ 5 D 12, . 26 -+. 34 5 2 1*,2 – A- 1 1 - + 3*+12 5 - 5, (+ G - G0 A A + 8 , -2. C -6 - , (+J * 1 6 ( 2A4+ , 1 - 5 *3*,* 1 - -2 - A3 8 -<* 6 2 / +. 12, J 6 -.+12 14 57 ., 27 - = AD 34H. 12,*14 ( A A 1 (, 1 + 5 .A8 -<* 1 . A-.,2 A 6 2 -. 34 5 * 1 6 5 6 2 6* *7 - , < A 2,2 (,2 3 A. .D’G+1 1 A83(- A G, 632 , < 6 ,*1 ,2 2A /* ( * 1 6 5 G 6 -„ . 1(, -3( 6*3 A 5 -2+ 1 * 1 6 5 1* 21 34 5 8 , -2. y +2,2 -2+ 1 ,2 , <.14 D.12 *, = 1 2 (A + *, 6 - / 6* 27 + 3*+12 27 - =), , 6 2= (11( /3* ,2 8 , -2 1.6* D2 1 5 D -2, , + 8 1 1 - + 3*+12 27 - =, 1 + < + .A8 -<* 1 + A3 8 -<* 1 - =. , # ! " # . A 2/ = < 014, J 1 /+ D E. + 5 - (8 G14 ( 6 2 = 2J ,. 1

., 2, J 6 A212 *, 5 G -*+ 1 2,2 21. 5, * ( E*+12 2, 1 , *=E 5. y D1 3 7 . 12 23. *, =, + 32 57 , - 34 14 -6 - G 2, 8 , * *- 2J . 94

* 1 6 5, + 212/ ,. 1 2 1*,2, + 32 * A- 1 E. + . 12 6 6* *- 4 ,. *<2, A,.H* / 1+ D <6 10 A, 0 12 0 1 .+1. .. - 6 (11(, 1 +1 1.1 , G14 ( . A “ 1 =+2= 1 2 1*,2, (+2= D21 6 21(8.G - *D* 0 , <2 . 1 G+1 = 2 1*,2, J 2A / 014 ( 6 / 1+ 2,2 ., ,2. +J 2 1*, 6 1 63(G + . 1 +1 1 * 30 .G - 4 8 1 =+ 8 1 . ( 1 .+1. 2)” [3, . 195]. C27 -(/2 A 4 8 6 3 <* (, , < 8 212, J *= -2 , / 2= 1 2 1*,2 1 + < D.-* 7 +1* 2A. 12 ( 6 ( 2A4+2, *, * 1 6 5. H. -.,+., + 3*+12 - 5, (+ 6 2(014 A, -* 12/ 1 /3* 6 34 12, E +12/ 1 014 G - 2,2 1 +1 ,2 8 , -2 1 / 55 D E. + 5. 2/ = , 1 + + 3*+12 - ( *A 3*< 8 A = 8 /2 , 8 A = 8 0 ( , G D.12 - 214 , 0 = 7 630 12 127 = ( -2 -. 34 , 2A / 34 ) /2 2+2 8 6* *D 8.. 3 -<* ( + 3*+12 27 - =, (+ .6 -<. 32 6 3 12/ 6 - 5 A2,2 2004–2005 +., A + *, 2 /* ( -2 , +2 *, = 27 1 ./ 2+ [5], D32 1*= *E3*+ 2 27 6 * , J .6 -<. 32 6 - 5 [6], 1 + < 3 6 1* *<* ( - 014 6 - 1 2 A 6 6 . 12 1 +. 8 6 1*A.: + 3*+12 6 1* 1 + 5 =1 32 G - 2, 1 +1 , 1* 21 34 5 6 34 12, 12,.30 32 6 * 2 E ,. ( -* 12/ 1 1* 21 34 27 8 , -. y -2 = 2, -2A = , - 3 -<* ( -3( - *-* ( G5 8 6 1*A2 , 83 D.12 621. ( ,*H+ 1* 21 34 5 8 , -2 , 1 2G , 6 *-* * - 6 3( , H1 D 27 + 3*+12 27 - =, J - 1 32 A . , /* 5 * 30 5. 1*, < 34, 1 +2= -2A = * G , <32 2,, + 34+2 A , 2 A /* 5 6 - 5 A D212 <* * , < . 1 ,, , < 1 * -<. 12, J A -(+2 - 214 , ,. D2 1 ,. ./ 2+ + = 6 1* 1. ,*1 , 1*/+ , J 2, 3 A.014 - 8 1 2 3. + 3*+12 . - 0, 1 32 * 1 34+2 *3*,* 1 , 6 3 12/ 27 1*7 3 8 =, = E , 0 * 3 A 5 , 8 A = 27 6 * . 8 , - , 2, 3 , 8 , - 4+ 8 6 1* 1., J =-* “A 2A ”. y +, 3A1 4 7 3 + 34 27 + = 6 1* 1., (+ -D. 32 ( 2G 6 1(8 , 2005 +. D.32 6 ’(A A , 8 A 0 +12 10 8 , -( , AD 5 - 2,2 6 -1 * -<* ( 2 . .1 5 8 6 1*A2 [5; 6]. C2 1.62 +2( 6 12 A D.- 2 / 12 2 95

6 + 5 A 2 . T (1 H2 4+ ,. = , 6 .-<* ( D.-2 +. */* 4+ ,. = , D*A6 * *- = D32A4+ 1 - .<* .0/ 8 , D.- 2 1 1 A 6 5 1 5 *6 - 3 + -21(/ 8 , =- /2+ - 34 4+ ,. = 1 32 1 H 6 -D -5 6 + A.014 *3*,* 12 3 -. ( + 3*+12 27 - = =- .. D*A6 * *- = D32A4+ 1 - 6 - 5- 1 +1 (3012=D* *A* 4 2005 .) 2G D.3 6 *-* - 3 -<* ( 1 . E , 1 6* 2 27 1* 21 34 27 6 34 1 + *,27 D.-2 + 7 - 8 A = , 1 2G . *1 0 4 8 - 3 -<* ( D.3 A’( . (6 - 8 , 8 A = 8 /2 2+ E ,. ( 6* 2 5 1* 21 34 5 8 , -2 . E , 8 A 5 D’G( 6 3 2+ D 8 1 + 12 8 D.-2 +. ( T''). 8 A 2 * 8*12/ 2, 6 -7 - , 621. 34 2+ , 12 -2+ 1 2 E*+12 8 + ,6 * 1 -* 12E + 5 *D* . - 4+ 5 6 34 12 A 27 (D.-2 + + *,2= 6 -’5A-) 1 -2+ 1 8 1 1 - 6 34 5 - 5. - 3 -<* D 32 ./ 14 ,*H+ *,2 D.-2 + , -* . 32 12 8 .62, J 6 8 .32 1 212 T'', 3* AD 2 ,*H+ D.-2 +., (+ * 6* *-D /* + ,, *= , ,* 1 J* * D.32 6 *-* . *1 - , “ - - * *= - - * *=” ,*H+ (, + < 5 + 12 2 27 D.-2 + D.3 A 6 6 621. 34 2+ (A 8 3 , 600 6 2, 2+ ). 6 * +*12 , 32 D.12 6 * .1 6 2 6 1 ,. A21 . C2D + -3( 6 - 34H 8 3 A. 7 630 3 130 +*1 ( - 15 - 27 +*1 -2 D.-2 +), J 1 23 21,7 % 6 * * (. 3 A J 34 1 1 . + , J +3 32 ( * *- ,*H+ , - A, 8. + * 3212 -, 1 A 3*< - 1* 21 34 8 , H1 D.: . 6 -’5A- 1 . +2 2( 232 ( D 34H 1 2,2, < . D.-2 +. 3 ,.. y +, 1 -6 - “ 1 . +2 , 6 + = , * A < G, -2 - ,.” 621 ( “ + ,* 1 . +2 A . - ,2 . H ,. 6 -’5A- . +3 32 (?” D 32 50 % * 6 -* 1 (1 D3. 1). 3 8 / * 621 ( J - D.-2 +. 3 ,. 1 +2= 1 -6 - 1*< D2 014 =/ 1 H*, 3* + 34+ * 1 214 . 4 8 29,4 % * 6 -* 1 (1 D3. 2). 00/2 *=12 82 -6 -*= 3 8 / A 621 ( (-2 . 2
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D 34H 14 ,*H+ . D 8 1 ,* H + 34+ 14 -6 -*= 6 1 63(G 1* 32 7-8 1 9-10 D 3 (14,7 %), J -D2 014 2 +2= * 4 E*+12 8 6 + A 2+ 3*< 1 * 6 -* 1 - 8 , -2. 1<*, D 34H 14 ,*H+ D.-2 + , J A(32 ./ 14 621. , , 014 - 214 2A4+2= * 4 *, = 5 3*< 1 - . - 4+ 5 8 , -2. F* AD 34H.G * 4* 1 65 1* 21 34 = 6 34 1 . C -1 + , < 1 * -<. 12, J , 8 A = 2= /2 2+, A 2= *, = ,. G127 = 27 ., 7 . ( , 4+ 5 1* 21 34 5 6 34 12, 2 <* 2= -.<* 3 D . *H1 , -2+ 1 , (+2= A8 - A H 0 8 6 1*A 0 , D2 -/212 6 =D 34H +1. 34 2= , 8 A = 2= /2 2+ – + 3*+12 . - 0, D* ./2 - . 82 A 8 34 2= E *J 76 3 12/ 27 6 - = , 27 + =. + D /2, A 1 D3. 4, ., 2= 6 + A 2+ 8 1 1 - - 5 (8 G 79,5 %, 1 D1 6* * < D 34H 14 * 6 -* 1 2 < G 8 1 14 6 2G- 12 ( D’G27 ,*H+ D.-2 +. -3( 6 34 5 6 2. B 14 4 A6 - 3 -6 -*= 621 ( “5 ! !" " !’' ’ ! ( " , # ), ' ! ?”, . % G B8.

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E ,. ( 8 , - T''. T1 12 12+ -/214, J 6 3( 6 2= (11( + . + 5 2 “ D’G( 6 3 2+ D 8 1 + 12 8 D.-2 +.” 6 = + 5 1 * 32H* 5000 D’G4 6 3 2+ , J 1 214 3 % <213 + ,. 34 8 *+1 .. 6 2 ( 14 D’G+12 27 *+ , /27 E +1 , J 8 34,.014 6 * *E ,. ( , .6 3 ( <213 -+ ,. 34 0 E* 0, , G, / 1+ . - ,212 . ( 34 -6 27 3 8 / 27 6 2/2 6 28 /* ( , 8 A = 27 /2 2+ A 21+. 1* 21 34 27 8 , -. H 8 - 3 -<* ( , < E ,.30 12 1 +: 1. T2 * 8*12/ 6 -28, , <* 1 12 -*+ 1 2, ,*1 - 3 8 / 2, 6 -„ . 1(, 2 /* ( , 8 A = 27 /2 2+ A 21+. 1* 21 34 5 8 , -2 ./ ,. , 1 . 2. 6* 3 A ( +30/ 27 6 (14 2 * 8*12+2 (* 16 (, 1 /+ D E. + 5, 1 +1 ) -2+ 1 7 E , 1 1* 21 34 5 8 , -2 (*, = 3*< 14 + 3*+12 -* 12/ 14, ,* *< 1 . + , 8 1 14 - + 3*+12 5 - 5) G 6 2= (1 0 -3( - 3 -<* ( 1* 21 34 27 8 , - A 27 , H1 D . 3. - 2, , 8 A = 2, /2 2+ , A 21+. 1*21 34 5 8 , -2 G 8 1 14 - + 3*+12 5 - 5, + 34+2 ,* *< 1 . + 1 *, = 3*< 14 - , 4+ 5 . - 4+ 5 8 , -2 A 2 .1 -.<* 3 D . 4. 8 3 , , 8 A = /2 2+2 A 21+. 1* 21 34 27 8 , - 6* *D. 014 . 6 28 /* ,. 1 , J 1 214 6 (- + -* 2= 6 D3*,. A D3* ( .+ 8 A D*A6*/* ( -3( 6* 34 27 ,. 26 34 27 6 8 , (+ 8 A = 27 /2 2+ 3* ( 1* 21 34 27 8 , - . ./ ,. , 1 . * 6*+12 0 6 - 34H 8 - 3 -<* ( G 6 *-* ( - - 1+ 27 6 1 27 A , A - .1 1 E 8 1 +1 , 5 6 3 12/ 5 + 5, + 34+2 E ,.34 . 8 6 1*A. 6 55 D*A6 * *- = 632 8 1 14 - + 3*+12 5 - 5 1* 21 34 27 6 34 1 7 ,* H 8 , H1 D. ( . - 4+27 8 , - 7 D.-2 + ) 4 ,. *1 6 - 3 -<* ( - * 12 <+ . 8 3 , 6 6* *-. „ . 1 * - 3 -<* ( 6 2/2 .0/ 8 1 . 1* 21 34 27 6 34 1 . , 1 7 + 5 2, D32 1 +27 ,*8 6 3 7, (+ 25 . T 34 2= A 621 J - 1 + 8 - 3 -<* ( * 2+32+ G ., A 83(-. 3 2 6 - D 2= 7 +1* 6 H2100

* ( 1 +27 34 27 6 1 3 8 =, (+ 62( 1 , + , 5, A3 /2 14. 1 8 <, (+ 6 + A.G - D 8 14 7 + 5 , A 21 + , * 5 8 , -2 , <* 1 12 ,* 12, 34 2, * . ,, J *E*+12 6 12 1 514 *8 12 2, 632 ,, D32 , 3 - < ,. * *- 2J . y ,. <32 , 6 -6* H*, 8 3 212 127 *A.341 1 7, J E + .014 1 6 28 /* 1 , 8 A = 27 /2 2+ A 21+. 1* 21 34 5 8 , -2, 6 -- .8*, 6 - 2J. 12 34 -6 27 3 8 / . + ,6*1* 1 14 3 -2 6 (, 6 D.- 2 6 8 , 3* ( A 21+. , * 27 8 , -. "

5

1. Campfens H., Community Development Around the World: Practice, Theory, Research, Training. – Toronto, Ontario: University of Toronto Press, 1997. 2. Nelson G., Prilleltensky I. Community Psychology in pursuit of liberation and well-being. – New York: Palgrave Macmillan, 2005. 3. C ". T 2 34 ( , 8 2A 2( (T2 * 8*12/* + ( 6 -28, : A, < 12 2 34 S7 2 1* 6 *1 2=). – .: -1 2 3 822 + 2 S, 2002. 4. 0 . D 1 8 , - : 6 +12+ = 6 3 12+ / . . -1 “ 2G - 823( 4+ + -*, (”; I+. . D 12 ,. C. . 31 (. – .: C2-. - , “ + -*, (”, 2004. 5. # "., # . |* ,* =- .: -2 , + *, = 27 1 ./ 2+ // 3 12/ 2= 6 1 *1 + 5 2: 6. E -. *,. 12 2. – 2005. – 9 32. – T. 46–58. 6. # ". . , = 1 2 ./ 2+ , 27 6 3 12/ 27 + = + 1*+ 1 - .< 7 1 . + // +1. 6 27 3 8 ( . D 1 . – 2005. – 9 10. – T. 65–68. ©

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3 A.G14 ( 6 D3*, E ,. ( + 5 6 27 3 8 / 8 . 6 34 1 (+ 341* 12 2 6 3 12/ ,.. D„ . 1 .G14 ( 6 1 *D 6 27 3 8 / 8 .6 -. * 1 34+2 6 2 1 8 , = , + 34 8 <211( 6 1 3 12/ ,. 6 1 + 5 2. 8 3 H.G14 ( A 1 .6 - 5 3 6* 2 27 8 .6 3 A 5, A + *, H+ 32, 6 1 *D + 28. ( 6 8 , 6 27 34 5 6 -8 1 +2 6* *6 -8 1 +2 /21*3 1 H+ 34 27 6 27 3 8 . : 6 27 3 8 / * . 6 34 1 , 6*- 8 8 / 6 341 , 6 27 3 8 / 2= .6 -, 6 3 12/ , *12/ 1 3 8 / ,* 1 34 14, 7*126 632 2, , 8 A (, 6* 2 8 .62. 32A2 .*1 ( 6 D3*, E ,2 2( + 2 * 6 27 3 82/* + 8 DJ* 1 + + 341* 12 S 6 3212/* + ,.. D S*1 ( * D7 -2, 14 6 27 3 82/* + 8 6 <-* 2( * 1 34+ / 1 =, 2, + 2 34 = <2A 2 6 1 2 32 12/* + , 6 1 1 * + 2 S. *3 *1 ( + * 1 A 1 22 6 <- 0J*= 32 6* 2/ S7 8 .66 2 32A 22, / 1 12 H+ 3S, * D7 -2, 12 + *+ 22 6 8 ,, 6 -8 1 +2 2 6* *6 -8 1 +2 ./21*3*= 2 H+ 34 S7 6 27 3 8 . % : 6 27 3 82/* + * DJ* 1 , 6*- 8 82/* + ( DJ 14, 6 27 3 82/* + * 6 <-* 2*, 6 3212/* + (, U12/*+ ( 2 3 82/* + ( ,* 1 34 14, 7*126 S* 32( 2(, , 8 2A 2(, 6* 2/ S* 8 .66S. The problem of the formation of psychological society in Ukraine as an alternative to the political society is being analyzed. The necessity of the psychological support of the private as well as macro-social life in the post-social space of Ukraine is grounded. The growing accompanying role of primary socialization groups, in particular of the school, the necessity of the corrections of psychosocial training and retraining of school teachers and school psychologists is highlighted. 102

Key words: psychological society, pedagogical community, psychological accompanying, political, ethical and logical mentality, archetypical influences, self-organization, primary groups.

B . T1 ,+ , 832D2 A, 2 H ,. . 6 34 1 A+ A, 232 * 1 34+2 6 3 12/ , = 1 83(- .( 3* (, . +3 - 232 6 27 3 8 / * = 34 * , 6 /.11( 30-*= 8 .6. F* E ,. 3 , 2= 2+32+ - 6 27 3 8 5 (+ .+2 (+ 1 83(-., J A., 23 + 3 621 4, (+ 6 .H.014 ( 1 11 . : A83( .12 2A+. + *61. 34 27 6 3 <* 4, 6 +32+ 27 - 6 212 H* .( 3* ( 6 . 1*A. 6 27 3 8 5: (+J * , <*H A, 212 D 1 2 2, A, 2 G 1 3* ( - 27. y*, J + 32 4 6 2=, 3 ( (+ J 4 8 , 8* *, , 31 * ( 6 2+3 -, 1 2/ 6 34 1 – -( 4+2= -), 4 8 - 6 1 G . 283(- , <2 2 , 327 *32+27 8 .6, (+ -.<* - A (014 ( , 12 = 2,2 1 .+1. ,2, 2,2 G 1 (,2, / +. (,2 - , 8 (,2. y* < ,* -D.3 ( , =<* A . , 6 E* = 2,2 6 34 1 ,2, 121.1 ,2, H2,2 34 2,2 1 .+1. ,2. *- 8 8 / 6 34 1 , (+ J* * 1 + , 3 G-2 2= E , = - -* 3 8 / 2= 1 .,* 1 = 8 E. + .( E +12/ D.3 G-2 2, .D’G+1 , 1 4 - 27 5 E.+ 5 . 6 34 1 , 4 8 - , G H2= 283(6 D3*,2, + 1 *1 +6 1 A ’(A 12. A6 H* = 1 , A .+.6 14 -* < 27 1 6 2 1 27 / 34 27 1 /27 A +3 - , 2- 2 1 , D 3.8 .0/27 E , * , <* 4 8 + 1*8 2A. 12 ( (+ 6*- 8 8 / 6 34 1 , D + < -2 2 ( G5 .+.6 1 , G 0 ,*1., , 12 0, G 1 0, , 1* 34 + , <32 1 . < 6 - G,. A., G A, 1 8./27 1( 4+27 8 *3: , -* A (, 83 D 3 A (, E , 12A (, (, -2 -. 3 A (, 8 , -( 4+ 14 1 J . + ,. * - , , (+. ,* 1 E , 0 6* *<2 G .+ 5 4+* . 6 34 1 , A .= . H2 3 12/ . 121. =. , 1 2 0, - (+ 8 126. . 6 34 1 6 8 * – -. 1 34 8 , 6 1 -. 1 34 8 , E , = 8 , 2 + 8 , -*, + 12/ 8 ... *A A., 3 , +.-2 1 *D * 12 * 6 + 3 ( – 103

T7 - ( 7 - E 3 E 4+ - 6 12 *+ 5 -3( - 1*= =D 34H* 6 6.3( 4 8 - ) /2 7 - ( D 301 6 123*< 2= 2,3 / 2= (- ,2 3 ). + +.341. 2 1*,2, D A 121.12 A- 1 A D3 +. 12 .= . ( + 5 2 (+ 3 8 , (+ A.62 212 .= 6 * 2, A -(+2 / ,. 3 14 D.-* A- 1 0 6 -1 2,. 12 *D* A D.-4-(+27 ., AD* 8 12 3*< 2= * 4 1 3 1 121. = 8 6 1 .? (+27 . 6 34 27 1 .+1. 7 A- 1 E ,. 12 ( A 2 12 ( - 2 2, J , J.014 . D 6 * 2 +.,.3( 5, .A8 -<* ( A6 - 3., 1 D1 6 * 2, 6 , < .1 2,. 12 3 14 - * 1 14 (1 D1 A- 114 31 )? /21*3 * *- 7 H+ 3, -* / G14 ( 6 - 6 ,3 . .+ 5 4+27 - 1*=, 6* *D. 014 . 1 + 8 12 5, -* 3 8 / 5 , 12 = 5 , 5. 12 * , <.14 /* *A * 1 2, 12 6 A212 . 34 . -* 12/ 14, 8 , -( 4+ 14 A. 6 1 12/14. 27 ., + 5 A+ A 32 34 632 6 27 34 5 .+2 (+ 6 E* 5, (+ <32 8 2, . 30- 4+ 8 . ( 14 (+ 1 83(-.. 27 3 8 ( 1 3 6 *1* -. 12 1*, J D A’( 0 12 30-(, 57 /2 +2, +* . 12 6 *- + 0, + .341. 12 A = 12, H27 = * = A H27 621 4 6 2 1 8 = 6.D3 / 8 <211(. '*A 6 27 3 8 5 3 85 * D7 -214 ( < - 2= 6 3 12+, 6* 3 1 -6 27 3 8 8 1.G + <2= C , + D *1 6 27 3 8 5 , 014 + < H+ 3 6 A H+ 34 2= A +3 -, + 34+ 14 6 27 3 8 / 27 8. 1+ 6 -8 1 /27 +. A 6 27 3 8 5 71 * 7. , + < 2= 83( * 2= <. 3 , 8 A*1 , 014 A /* 14 - 12 /21 / , 6 27 3 8 / 3 8 / + ,* 1 , 6 -2 = 6 8 A2. 27 3 8 / 6 83(-2, 6 (11(, + 1*8 5, 1*7 +2 6 +12+2 6 1.< 1 30014 ( 6 (+-* * <211(. 27 3 8 5 1 3 1 + D 8 1 , J 6* *1 3 D.12 1 34+2 6* 0 .+ 0. + -*, / 6 27 3 8 ( + 1* +2 .3 5 A. 233( 6 H.+2 8 6 *-,*1 , 6 6.3( 6 27 3 8 (, 2, 30 H2 D 0 *A 1* 2/ . 3<* .+., 6 - . 3 8 3 “+ < 2= , D 6 27 3 8”, * 8 3 , 3 71 * -8.+ . (. F + , J T7 - + 32 * 6* * 1 D.12 “6 27 3 8 /2, . 6 34 1 ,”, 3* + 32 1 + *D* * 6 *A* 1. . 1 -2, A 6 H2 * 27 4 8 2A /* 4 A 7 - 8 6 D. <211( G ,* 1* , “. / 0 5 . ”, (+2= <2 G14 ( 6 (104

A “, -* A, ,”, “3 D* 3 A, ,”, “ . 6 34 1 , 6 <2 (” 1 J . 27 3 8 ( A + , 5 + -*, / 5 -2 263 2 6* *1 23 ( , H1 D . .+ -6 +12/ . E* . - (34 1 , 6 H2 2A / 34 * , * +.341. A 7 - 27 . 6 34 1 , J - G 6 2 -8 212 6 27 (+ 6 6 27 3 8 / . 6 34 1 . y , 62 014 ( 6 27 3 8 0 * 1 34+2 6 2 A ’(A D2 1 27, = 83 D 34 27 34 27 6 D3*, [1; 2]. y*, J + 5 4 8 - 6 1 *D.G 6 D. <211( + H* “6 27 3 8 / 8 . 6 34 1 ”, < -. 1 34 8 , 2 + 8 /2 -*, + 12/ 8 , * 2+32+ G ., . T* *27 6 + A 2+ D’G+12 5 6 1 *D2 . 6 34 1 6 27 3 8 / ,. .6 - 6 2 1 8 . 6 34 8 <211(, + , 1 +27, .<* 6 1 = 27, , 27 *8 A- , (+ 6 1 (, 2 A,, A/ . ( -.7 27 1(7, 8 1 14 30-*= A 27 ( 1 27 27) E , A 3*< 1 1. ., .G D 8 1 H 8 , D 34H E. - ,* 1 34 8 . F* 6* H A * 6 +12/ - .1 14 , <8 .6 27 (, < 8 A = 27) - 2 7 (7 34 5 1 .+1.2, J A., 30G - 8 1 2 32= 1 + 8 12 5, *, = 5 6 *- + 5 1 2 < 1 = A8.D3* 1 7 34 27 6 34 1 ,6* *- 6*- 8 8 / 5 6 34 12 (+ 8 3 8 * *- 2J 3A 5 27 6 + 3 4. C .+ 5 4+ ,. 6 1 H 2-+2,2 1*,6 ,2 A 2 014 ( 6 27 6 1 3 8 / 1 2, A +*, 34 * A2, * *- (+27 ( 2- 3(014 ( * A2 “6 27 3 8 / 8 28 ( (”, “ D*A 0 (”, “ * 2A /* 1 ”, “ A 27 A ’(A+ ”, “ * 1 / ”, “H 6 8- * A2” 1 + +3 2/ * A2, (+ “ .* 1* . ”, “-*6 * 2 * A2” 1 . C 2 6 ’(A A E +1 ,2 D*AA 72 1, A/ . (, 1 1, 6 2 , 6 28 /* 5 8 * 2 1, , D 2 . /* (, 6 .H* 4 . 2 1*, D2 1 27 1 . + , 2+ 2 3* ( 6 * , -* 12/ 1 , *, <32 1 , * 3 A 5, A 2<* ( , +2 1 J . + *, - G E +1 - .1 1 A – *12+ -+.341. 27 (J , D*A 6* *D 34H* (, G -3( *12/ 5 ,* 1 341 .+ 5 6 27 3 8 / 0 + 1 1 E 0), 6 E* = 27 ( 4 8 - , 3 -4 D /214 32H* 6 3 12+ 6 3 1 3 8 , * *(+27 1 63(014 ( . 6 H D A * ,* 2) 6 27 3 8 -126 3 8 / 27 (6 2 - * A, 511( 6 27 3 8 / 27 126 , * 3A 5 6 - D,*<.G14 ( - 2, A *, – . 6 H 2,, A- 1 2, - + +. * 1 5 D 14D2 6 . ( A 7 - 2= 2 + 6 105

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* 4 A 21+. 2 3 A 1 . 6 34 1 2A / ,6* **, A 21+. *D / 5 6 27 3 8 / 5, 6 5 +.341. 5 6* 3 A 5. 26. + 0, J 1 + */ -D. 014 ( 6 H2 0014 ( 1 ,., J = D 34H 14 30-*= + 5 6 2=, G + 32H = 1 A 832D2 6 3 12/ 8 . 6 34 1 , (+* A -( 4+27 / .11G * A, 23 8 6 27 34 8 D32//(. *3* ( 6 3 12/ 8 . 6 34 1 6 1 *D.G . 6 H 8 <-(, - (+ 8 A 3*< 12,.14 <211( J 1( 30-*=. *3* ( 6 3 12/ 8 . 6 34 1 6 - G * 1 34+2 6 34 1 0 /2 - ,, + 34+2 A’G2, 1 6 , D *3*+1 1 ,, 8 3 0 6 0 (+ 8 G 6234 3 -+. 12 A < 2, <211(, 57 6 -2 , 8 3 0 30A G0 – .6* * 14 . 1 ,., J 2, D.-./2 6 2/*1 2,2 - <211( 6 3 12+ , <2 .14 1 + , < . 1* ,* 1 + ,. „ . 1 , (+ 6 23 , 6 1 G 6 27 6 1 3 8 ( <211(, (+. ,2 6 1* 8 G, 4 8 - . 1<*, .+.6 14 6 27 3 8 / 27 6 27 34 27 6 D3*, .+ 5 4+ ,. . 6 34 1 , <* A, 8 12 ( 7 D J A .+.6 10 6 3 12/ 27. 3* + 5 4 8 - , G * 34 2= H - =12 - 1* -* = <211( A 1 ,2 6 3 12/ 8 . 6 34 1 . C , G H 2+ 2 1 12 - ./ 27 A 7 - 27 . 6 34 1 A A / + 1H2= 1* , A- 3 12 + = J 2 + -+ 6 1 3 12/ 8 28 ( ( 6 27 3 8 / 27 *A* 30-22 A 7. + +12 8 G ( 6 1* 3. 6 27 3 8 / 8 . 6 34 1 . 5, 6 1* = 2, 1* 6* 12/ 2, 6 1* 3 , 6 27 3 8 / * . 6 34 1 D 8 1 234 H* A . 6 34 1 6 3 12/ *, (+*, 1 ,, 6 - <.G 2D 0 12 4 8 - 6 - , . ( + 5 . * *, 8 6 3 12/ 8 , (+ - , , 6 2 -214 . 6 34 1 - -* 6 1 5 3 -2 D 1 -., 6**, 8 6 27 3 8 / 8 – 8 / 5 ( * ,*7 / 5) -*, +1 5. . 0 +8 =, < , J 8 / 314 6 21 , 1 -2 = 2,, ,*7 / – -. 1 34 2, . 6 341 ,. y -2 = 0 + 5 . A 12 <* * , < , ,*7 / . 314 <* , 3 * 34 ,. 3 A, , 8 / 314 , <* E ,. 12 ( 32H* 6 34 27 1*=, (+ 6 - 3(G * . 6 34 1 . } < 1 A 1 , (+ , <.14 D’G- 12 .+ 5 4+* . 6 34 1 ? 106

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6 / 1+. 1. ,* 2+ 4+2= 3 8 |. . -- 8 D„ . 1. 8 6 1*A. 6 1*, J D.-4-(+* 2 3 A * . 6 34 1 6 8 * - “*12/ 8 126.” (+ =D 34H 2 + 5 , 5E ,2. 3* 6 J* ( 2, E* ,* 6 27 / 8 , * A., ( - 832D2 5 6 27 E +1 34 5 6 2 -2 ., (A + *, , = 8 D < ( 6 D.-. 12 *12/ * . 6 34 1 3 8 / ,., 6 8, 12/ ,. ,* 2+ 4+ ,. E. - ,* 1 ) A., 23 6 - ( 6 6.3( 1 G5 -*5. . , 3* * 6 +12 + *, 1 8 E., 6 2+3 -. ,* 2+ 4+ E 34,2, J A 6 3 232 H -* 6 1 , 6 -1 * -<.014 14 *12/ 5 -*5 -3( 27. 1* - = + 2 2,2 2 , <.14 D.12 1 34+2 -3( ,* 2+ . 3( H27 - 1*= , 3 2 G 6 1 = - 0/2, 1 2 32, /2 2+ , 2+ 2 3* ( 12 8 34 -832D2 8 -/.11( *12/1 , /2 2+ , A ,D. (, (+2= E ,.G . 27 30D - H1./ 27 1 ( -, A (+2,2 *
8 D - * D , 6 27 / E3( ( A’5- G =+ J D2 1 1 , 6* *1 00/2 57 *3*,* 12 3 - 5 , H2 2. 3 12/ * . 6 34 1 * A- 1 * 8 . 12 3 -., 6 -6 - G 6 - 1 < 6 23 8 2, (+ A 0014 6 + 3 (. •0-2 * 34,. <211 6* *1 0014 ( y 4, (+. 3 - * D /214. T1 1*8 / 2, * . , + 5 , <* D.12 1 34+2 6 27 3 8 / * . 6 34 1 , *= * . 3- * = A 6 3 A. 12 6*+1 = 8 632 . G1 34 6 * 2, . 6* H. /* 8. – 6*- 8 8 / , *+ ,/ 6 3 12/ . A., 3 , J 30-2 +2 .32 ( 4 8 - - 6 27 3 8 5, (+ - * + 2. T21. ( 6 1 -( 4+ 5 ,51 121. = 5 E .1 5, (+27 + 32 * 6* *<2 3 ƒ 6 3 ,. 7 -, 2+32+ 3 - <211( , 8 A = 2= ,*7 A, * 3 A 5 . 6 34 5 6 1 *D2 6 27 3 8 / ,. A (+ . A D , J 6 (-+ .G .1 H = 1 30-2 2. F* 3+ , 26 - 2= H3(7 - 2<2 ( ., 7, J +3 32 (. 1* 0 , 8 A = . 1* -* 0, (+ <* D.3 - 1 1 4 5 6 1.< 1 , 6 1 D - , 6 (,. 12 = 8 A.12. ' = + 2G14 ( *32/*A 2= 27 2=, 34 6 3 12/ 2= 2 3 A = 2= 6 1* 3. = , 1214 ( 6 1* = , <32 14 -3( + 5 2 1 12 -*, + 12/ 2,, 8 , =2, A + 3.7 ( 2, . 6 34 1 , H*, < -3( 4 8 2A 014 6 3 12+ -*+ , / ., 2. 21 ( 6 1*, (+ A, 0014 ( 30-2 . 6 34 1 6 632 , 6 27 3 8 5, D.3 6 .H* * 6 (7 . C*D* . ,,*3(, (+ A D232 6 *-,*1 , 8 - 3 -<* ( 6 27 3 8 / 2= E* ,* “ -2 -. 3 A 5”; . ' ., , (+2= A83(- . + ,. -3( +. E* ,* -* 12/ 1 ; . T* *1 . • H , . 6 (7 (+27 6 27 3 8 / * . 6 34 1 6 -- G14 ( + 212 A - 3 + ( 30-2 2 - 6 3 12/ 8 <211(; |. E , (+2= 3 A. 632 . | =1 E , 0 1 2/ 8 126. 30-2 2 – A •0-2 2 *+ , / 5 •0-2 . 6 27 3 8 / .... 32D2 -6 27 3 8 / 6 D3*,2 . 6 34 1 D, + . 32 ( . | ,, ,, (+2= < ,J -2 -. 34 1 34 * A2 G - 28. , 30- 4+ 8 . (; . |.+ , (+2= A6 / 3 A 6 27 3 8 5 (+ 6 +12+2 34 8 + 1 30 1 .6 3 ( (D 34H 3 D* 34 5 6 ( A -, 1 12 0), = 8 6 32+ ,2 – . 1*3*,, |. 1*3*,, . • *33 ,, 108

. .A , 1 . -(+2 1 , A 2/ 2= -2 +. A 8 34 5 6 27 3 8 5 A A ./ 6 2+ 1. 6 ,., ,* (+ ./ 5 6 +12+2 .6 3 ( . 6 34 1 , /* *A 6* * G 1 0 . 82 A . 6 34 1 (+ D’G+1 .6 3 ( -2 -. 34 14 [1–6]. T.11G * 2/* ( A 7 - 8 . 6 34 1 6 27 3 8 / 2,2 6 (11(,2, + 1*8 (,2, 1*7 3 8 (,2, + .341. (,2, 6 - ,2, 6 27 1* 6* 12/ 2,2 A +3 - ,2 1. . A D23 6 27 3 8 0 6 - 6 1.< 2, 121.1 , . 6 34 8 , .6 3 ( 6 27 34 5 , 8 A 5. . .A [5] - -214, J A ’(A + 3 -2 1 -2 ./ ,. 1 G .1 H ,, 12,2,, J .<* * , <* . 12 (+ 8 .D2= 12 + D 234 1J D - 1*6* G , <32 0 1 34+2 (+ 1* 3 A 2= + 1 34. T D - – * * 1 34+2 D ’(A + D.12 , 1 = 2, *A 3*< 2,, 1 0 12 3 . -* 12/ 14 = D2 12 H3(7. T D - – * J* = D ’(A + 6 -1 2,. 12 , 34 6 27 3 8 / 2= 6 (- +. |. - 1 .+2 6 . 6 34 1 . 1 E ,.30 8 / . 6 12= 6 2 26 . 6 34 8 . 1 0: “•0D (+ 6 2 26, 6 (- + (+ E. - ,* 1, 6 8 * (+ ,*1 ”. C < , J . 6 34 2= 6 8 * A 3*<214 + H* 232 -.7., < 6 3 12/ 8 E +1 . 6 - 23 0 -.7. A., 1*, J A- 1 * .6 3(12 *, (,2 30-*=, D’G- . 12 57 ,’( 6 34 5 6 , (/. 12 6 127, 71 6 214, D,*<.12 *8 5A, 127, . /257 .+ 7 23 , 1 D1 E +12/ 1*, J A- 1 * 6* *D 12 *D* 34 * + 2. + 1, A 6 27 3 8 / * 6 ( * (“ 34 8 ,*7 A,.” 1 514 . T6* * : (+2, G 7 +1* -2 - , 1 +2, D.-* 7 +1* . 6 34 1 . 3A 6 27 3 8 / 8 <211(, (+* *8.30G 6 ( 0G 34 E +12, D.3 6 2 (/* 6 T. 33(, . T, 33 , . T*, * , . y - , C. C. -1 , . 0 +8 =, , ž. •*D D 8 14 7 H27 +3 2+ . +J A83(- 12 E* ,* “6 27 3 8 / 8 . 6 34 1 ” + A4 1 +. 6 2A,., 1 G A A., 32,, J G 6 (,2, D3 8 , -3( + 5 2. T1 G A A., 32,, / ,. G 6*= ( 12, D 34H* 30-2 T7 -.) <2 .14 A “6 2 26 , 3 .” – “ * 7 +2 H.,3(14, 2A. – 12H = D3 8 - 14”. T. 6 34 1 , . (+ ,. 6 .014 , * 3A D2 1 14, -2 -. 34 14, G, 6* *, *. - ,3* 0 ,*1 0 .+ 5 4+ 8 4 8 -* (. y + 6 A2 ( D.-* 109

*A A., 3 0 -3( 127, 71 4 8 / +.G “ 234 ., 1 * -. .+.”, 1 D1 -3( *32+ 5 + 34+ 1 30-*= A 6 1* 3 1 4+ 0 6 27 3 8 G0. 3( 1 +27 30-*= 6 27 3 8 / + * 12 6 23* -2 -. 34 1 , * 3A 5 D2 1 1 0014 ( A *, <32 10 AD.-. 12 . 6 34 * <211( - * 1 27 6 2 26 7 31. 6 - < * 1 -2 27 6 -28, , 1214 . D 6 123*< 2= 6 1* 3: ,* A 2 .12= -2 - A., G, J = 8 D2 1* J 1( G , <322, 32H* A ., 2 2+ ( . 6 34 27 6 23 8 2 -* < 27 1 3* 4. 3( - (8 * ( + J 8 <211( - D D.1. A 2 * -2 -. 34 14, (+ 6 23 , 6 -1 2,.G A + 3.7( . 3 -. * 6 -1 2,.G 3 -. A3 /2 .. T3 - A A /212, J =.11G 6 2 + 2 6 ( . + 3*+12 27 .( 3* (7 .+ 5 -*5 6 3 12/ 8 -2 -. 3 A,.: D’G+1 , 2D ., . 82 + 212+2 1*6* 6 +12/ 2A G14 ( + *, 30-2 , * 6 1 ( /2 D3 +. | ,.G14 ( + 3*+12 * .( 3* ( 6 1*, J -6 - 34 14 6 2 3*< 12 * . 6 34 1 , 6 1 5 /2 6 34 1 (D - D2 1 .1 * ( * , <.14 D.12 . ’(A * 2,2, 6 2+3 -), -2 -. 34 1 . T ,* A 2 * -2 -. 34 14 G A 6 .+ 0 A- 1 1 31. 3* * - + ( ,2 3* -2 -. 3 12/ 1 (6 -28, , (+ - G - 1 8 < ., 7 6 3 12/ 8 . 6 34 1 , E +12/ *-* 4 8 - A’G( 30-*=, * , ( A 7 -212 6 34 2= 1* * , E +12/ – - *A = (1 1 6 2 8 / +. ( / 8 4... E , 12A ( + ,6’01* 2A ( 1 +27 ., 7 1 + < *-.14 - A 1 ( 1 ,A 1 2 2+ * ( * 34 27 1 .- J D.- . ( 30-2 2 + 32H = 1. -2 -. 3 12/ 1 ( 6 -28, 83 D 3 A = 8 3 , 12,.14 6 A212 2= 6 1* 3 1 34+2 A 2 1*, 27 A .H* 4 . 6 27 3 8 5 . 6 34 1 3 ,., 2 6 2 , 1212 D 6 2 26 -6 - 34 5 31 , 6 2 26 - * 1 1 . 6 34 5 6 *- +2 D2 1 1 . 6 3 ( 0 8* * G0 2, 8 G <2 5, *H1./ 5 D.-* -6 27 3 8 / 5 , 2, (+ 0 , < D.3 D 1* 6 *1. 12 6* *- 12 6* *<2 (, ,2, A D2 , - + 3* (, 1*7 +2 -* 12/ 1 , A, 1 * 6 2 1 8 J 1(, 34 8 . 6 7. 1 57 - (8 * (. *0 E ,. ( D D A 34 8 110

1., 121.1 3 -2, , =D.1 G, 34 +12 14 -6 - 34 14. y + , , <* 1 12 - / 8 3 0 6 *-. 0 3 -2, (+ A, <* - (8 12 34 8 6 (-+. * H3(7 , 6 2,. ., A - 6 , 8 0 E ,. ( = +12 A 5 + 3*+12 27 .( 3* 4 6 D -., J 1( * . T G1 34 6 - 32 2 . 6 34 1 G 6 1.< 0 6 .+ 0 -3( + 5 2 H3(7. AD.- 2 6 < 4 8 6 27 3 8 / 8 . 6 34 1 , 1* -* 5 1 * ( (+ 8 - + - A (12,.14 ( - A 7 - 27. ,6* *- A 1 G5 6 2/2 2, J + 5 , G =D 34H -*+ 1 * -3( 4 8 + 3*+12 * 6 - - ,*, *12/ 2= 6 27 E +1 3. 1(8 , 1 2 3 5 1 5 D.3 6 AD 3* 1 + 5 , <32 1 . 34 6 27 3 8 5 (+ .+2 – . .+ 6 (1 = ,. J* G1 34 27 3 12 1*= .+ 5 4+ 8 .,., . E ,. D.-* 5 , 2, 2/* 5 6 27 3 8 / 0 2, 3 + 0, J A- 1 6 * .12 .+ 5 4+. ,* 1 34 14 , 5 *D*. -<* 6 -. + A <*=, : “ , 7 14 (, , D.-* * *3 ” ( ., =1* 6 27 3 8 / , , A 7 /*14 ( <212 1 + , ). D 53 : “} 30-2 -., G, 1* = - -214”. 14 * 6 - A 00/2 6 *, =D 34H +12 - 3./23 ( - E ,. ( 6 27 3 8 / 8 . 6 34 1 6*- 8 8 / 6 34 1 . *8 214 (+ 6 1.< 1 12 12+ 6 27 3 8 /27 6* 34 1*=, E 7 A (+27 8 1.G 2J H+ 3 , 1 + *-* ( . H+ 34 . 6 +12+. 6 27 3 8 / 8 .6 -.. H /, J 6* 3 12 *= .6 - / , * 6 - , 014 ( 3*< 8 ( * 1 34+2 . E 7 ,., = . 6* H. /* 8. , 34 -*12/ ,. - H* , D*A / 8 .+ -6 27 3 8 / 6 -8 1 + 1 34+2 H+ -214 30-(, . 6 34 1 .. 34 ., 2 1 3(14 6* *- 6*- 8 8 ,2 A (, (+ * 2 H. 32 ( H*. *- 8 8 / - , 14 D ,2 32 + 3*+12 27 .( 3* 4 6 27 (1 1. 4 8 -1 0014 - = 14 - / G /2 2+ , E ,. ( 1 G5 /2 H 5 +12 1. < 34, * ,6* *-: -/.11( D*A 233(, 7 +1* * -3( D 8 14 7 30-*=; 6 3 D3* * -/.11( G5 -2-. 34 1 , -, 1 - H27; 1 2= A ’(A + , < -* -2-. 3 A G0 A 1 (, < 1 + 1 , 6 3 D3* (, 1* -* = A G, - 6 , 82; A,21 14 8 .6 5 3*< 1 ; A 14 , - , 1 , 6 27 / E3( ( ( D 7234 14 6* *+3 - 12 -6 - 34 14 A *D* 6* 21. 5 D 6 111

-2, J - G A, 8. 30-2 , (+ 6 H3 D, , < 12 *D* /* 0); -/.11( “ D 4+ 5 A 3*< 1 ” (30-2 * A, A A, 212 = <32 H D 1 2 2 8 <211( – A, 212 D 1., 1 212 . ,’0, A, 212 , * 6 <2 ( 1 J ); -, -D < 4, J - G , ,., , 1* 34 27 -.7 27 D3 8, 6 + = 1 D 34 14 T* *- /2 2+ – * A = ,3* 14 A H2,2 ., ,2 123(,2 <211(, 6 2-.H* ( 12 34 27, -* 1 .+12 27 E , 6 *- +2, D.-4-(+ 8 -723* ( - 1 - 1., *8 12 2= - D32A4+27 1 . + , D + -. 6 2= (11( , 1 = 27 H* 4 - 1 1 4 8 -. 2D . , < - , 6 234 2,2 .-<* (,2 /2 6 A2 (,2 1 J . 4 ,. 6 1 ,2 3 3 A.014 ( .+ 5 4+ - 12. . -<* -2E* * 0G - 1262 / (: D*A83.A-* ( 2342 4+*, 6 A D2 1 *, 1*3*+1. 3 A *, 1 +*, J 0G14( AA , 6 (, * A G ( A /* 4) 1 +*, J , G 83.A( , 1= 0G, 34 *, 6 2=, G ,2 32 (+ *3*,* 12 D2 1 8 -.). -<* 6 -+ * 30 , J 8 3 * / – . [# #, A 2= .+.6 1 1*=, 6* D32 E 3 E (, 6 ’(A A D2 1 2, 6 D , D.11( 30-2 2. T6 < ( *E , 6 2 -D. 12 4 . 6 1 6* *D.- 2 D2 1 27 1 ./21*3( = ./ ( 2 1*,. -H* 4, A G,2 , 1 . + D 1* + =. F2, G-2 2, ,*1 - , / ( 27 ( H = 21. 5 , <* D.12 #. / 1 /1 . 8 3 2, * *-+ , A 1 .( 4 8 ,*1 -. G 6* 2 8 .62 3 A 5 – -21(/ - /+2, H+ 32 ,’(. F 8 .62 6 2 26 6 2 D.12 6 A 6 3 12/ 2,2, 6 A 1 2/ 2,2, . * 34 2,2 1 +2,2, J A ’(A.014 6 + 3 (, ,2 32 - H* (. * H* 2 1 G D A -*=, A +3 -* 27 . 27 6* 2 27 8 .6 7. T ,* /* *A 8 .62 , <32 * E ,. ( - 1 = 27 -* 3 , 27 G 1 =, A , 1 + < 2 1*,2 6 27 3 8 / 27 A D . * 2 8 .62 – * G “3 + 34 6 (-+2” ( . 28 <2 ), A (+27 6 /2 G14 ( . 6 34 2= 6 (- +. + ,. <, (+ * 6 27 3 8 ,, - , , J + 514 ( A - 3(,2 30- 4+2,2, + 32 6* 2 27 8 .6 7 “ *6 (- +”. 32 ,’5 E ,.014 6* . * 34 1, H+ 3 57 A 6* */.014 112

( D 6 +2), + 32 , < D2 1 1 . +2 A 32H 014 . -.H -212 2 6 27 3 8 / 1 ,2 * <211(, 2+ 2 30014 55 H3(7, + 32 233( 6 -, 0G E ,. ( 6 27 3 8 / 27 A. 234, + 32 -D. G14 ( *1 <* ( D 6* * 1 <* ( 6 27 +2 1 J . T ,* 6* 2 27 8 .6 7 3*<214 8 3 -6 - 34 14 .6 34 1 . 6* H. /* 8. 57 + 34+ 1 , - / 8 A 3*<214 6 27 3 8 / (+ 14. 30-40 - 1*= . +3 – * < 7! * + ,6’01* 2A 0 1 E , 12A 0 3 - 21 / 12 1( 4+ 8 H, AD 34H* ( + 34+ 1 = 6 - 2J* ( (+ 1 6 -8 1 +2 /21*3 , (+ D , 32 3*< . 6 27 3 8 / . 6 -8 1 +. 1 83(- . 6 (, 14. - 2 +1. 3 A.G14 ( 1 3* ( 1 8 + 1 +1. /21*3 D 14+ , + 1 +1., (+2= 4 8 -D. G14 ( 32H* *+ , / ,. - 3 A . + *, 6 D3*, – -* < 6 -8 1 + 6* * 1* 1 ( 6 27 3 8 , AD 34H* ( 6 27 3 8 / 27 6* 34 1*= 1 J . 1 2/ * A 6* * 6*- 8 8 / 1 -2 ( + 5 6 1 *D.G 8 - *E3*+ . (, 6* * ,2 3* ( 1 +1. 3 A 5 , <32 1*= 55 832D2 27 6* H A * ,* 1 34 6 27 3 8 / 27 A -, (+27 E ,. 12 .+ 5 4+. 8 , -( 4+ 14 A 6 A212 0 -* 12/ 10 D 8 1 3*8H*, < A - 7 2 + 5 D 6 3 12/ 5 + +. * 5. * .12 . 8. 6*- 8 8 . ( 632 . *. - ,3* 27 6 * , A D212 * 2-2, 6 * 2 * 34 2,2 6 1* ,2, J D* .14 ./ 14 . <211 1 + , , (+ * 1*, J ,2 D /2, , G E. + G0 6 27 3 8 / 8 .6 -. 6* 2 27 8 .6. 1* G -.,+ , J , A ’(A H2 A - 6 , 8 0 8 A = 27 /2 2+ . 34 -*+ , / 6 D3*,2, , < 1 212 6 27 3 8 / 1 =+* . 6 34 1 . C3 + 3 3 - , 6 3 12/ = *+ ,/ 6 34 12 6 1 = A D. 014 6 . ( 6 27 3 8 / 8 E. - ,* 1. 34 8 <211(, J E. + .G A , 8 A = 2,2 A + ,2, – E* ,* G1 34 5 6 27 +2, A 27 1* 21 34 27 8 .6 27 ,* 1 34 1*=, 7*126 27 632 , (+ +* .014 30-2 0 6 A 55 3*0, 14 6 AD 3(0/2 55 , <32 1 1 12 D 0. . 1<*, 6 D3*, 30-2 2 , ,6* *-, .1 1 55 6 27 +2, -2 -. 34 5 - , 1 ,*7 A, 6 *- +2 G * 1 34+2 E. - ,* 1 34 0 6 D3*, 0 6 27 3 8 -6*- 8 8 / 5 .+2 6 +12+2, = 6 D3*, 0 6 3 12+2 34 5 -* 113

3 8 5. '*A 6* *D 34H* (, - 1 8 /2 H 8 6 -7 -. G5 6 D3*,2 A 3*<214 - 3( 5. * 34 * - , . ( 6 3 12/ 8 D 6 27 3 8 / 8 .6 34 1 + 5 2A / 12,* , =D.1 G + 5 2, (+* 6 - 6 * *-+ .G14 ( 12, /2 H2, 6 1 , 3A 5 , 3 - , 12, /2 H2, . 6 34 2, 126 , 30-2 2, J E ,.G14( 4 ,. 6 1 . "

5

1. C 5 X. -2 2-. 32A2 * DJ* 1 : * . 83. – .: • 8 , 2002. 2. . T2 1*, *,* S7 DJ* 1 / * . 83. C. . T*2 . . 3* ; - *-. . T. 3* =. – .: 6*+1 * , 1998. 3. 9 5 . 27 3 82( + + “ 2 34 ( .+ ” // 1 ( 6 27 3 82(. – 1993. – y. 1, 9 1. – T. 39–46. 4. Rose N. The Psichological Complex. – London: Routledge, 1985. 5. Rose N. Inventing Our Selves. Psichologi, Power and Personhood. – Cembridge: Cembridge Universiti Press, 1996. 6. y. D3*, /*3 *+ A 6 - = E23 E22. – .: 8 * , 1988. © BAK9A B

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9. *. : L + A ,J 0 .6* */ 10 2 1*,2 12 27 ( + 5 G * -6 - 14 1 =+27 2 G1 34 5 6 27 +2 ./ 2, 83 D 3 A = 2, 2+32+ ,. - +.1 , A . G5 .6* */ 1 6 3A G1 34 E. + 5 12, 1 + < 2A / 34 -3( 6*- 8 8 / 5 - , 1 1. 83(-. , -*34 --.7 8 A 21+. A 6 6 -*(+ H3(72 A ’(A ( 6 27 34 27 6 D3*, 12 *1 6 83 D 3 A 5. : 1 6*- 8 8 / 5 6 34 12, G1 34 E. + 5 12, 83 D 3 A = 1 , 1 =+ 2 2 G1 34 5 6 27 +2. 114

+ A , /1 S, 6 12 */2*, 2 1*,S D A 2( 2 621 2( + 2 * ( 3(*1 ( * 1 *1 1 2* . 1 =/2 S7 /* 1 2*1 34 = 6 272+2 *,* S, 83 D 32A 2 S, SA ,. - .83 , A * 2( U1 8 6 12 */2( 6 32A2 S 2*1 34 S* E. + 22 D A 2(, 1 +<* 6 *-*3(0J2* -3( 6*- 8 82/* + 8 A 2( * 12. 7 -( 2A , -*32 * 1--.7 8 A 212(, 6 *-3 <* S *+ 1 S* 6.12 *H* 2( 6 27 2 34 S7 6 D3*, D A 2( U1 6* 83 D 32A 22. % : * 12 6*- 8 82/* + 8 DJ* 1 , 2*1 34 S* E. + 22 D A 2(, 83 D 32A 2 S* * 12, . 1 =/2 S* /* 1S 2*1 34 = 6 272+2. It has been demonstrated, that the main contradiction of the education system in Ukraine is lack of correspondence of the steady features of the societal psyche with the contemporary globalization challenges. From the point of view of this contradiction the societal functions of education as well as pedagogical mind determinative values have been analyzed. Taking into account the values-spiritual developmental model some ways of education psychosocial problems solution on the globalization stage have been presented. Key words: pedagogical community values, societal functions of education, globalization values, steady features of the societal psyche.

B . * < 2 1*, H+ 34 5 12, D.-./2 -, 1 = 0 8 3.AA0, , G 0 .1 H 0 3 8 +. A 21+. E ,.G 32= (1*=, (+ A- 1 8 34,. 12 . 6 34 2= A 21 + D , 6 +2, 6 2(12 = ,.. * ,* H <32 2, /2 2+ ,, J .11G 6 A / G14 ( 1 E , 5 .6 34 1 , A + *, = 8 34 -6 27 3 8 / 5 E* 2, G 6 ( 1 =+ 6 - < + *1 +.341. ,2 = 1. 3 D 3A = 6 * 2 - - 014 - 4 8 632 . J* = 5 6*2E / 2+32+2, J , (+ 6 23 , * 1 1 < *1 / 2, 1(, D 14 .6* */ 14 5,. A., 3 , J -* 3 ,2 3 E* ,27 6*- 8 8 6 2 7 . 12, (+2, 4 /2 , 3 H1 . 12 ( 83 D 3 A = 2+32+2 4 8 -* (. < -8 -<. 12 ( “A 3 A 2, ,. ,” - A 7 - 27 /2 7 - 27 . - , 3* 57 6 * *-+ 8 632 . * . 2+ .12. **34 0 *3 1 0 6 1 G - 214 +3 - * A (: + 1 .+12 6 G- 12, .A8 -212 A /* 8 .62 /2 2+ . 115

-3( 34 5 1 6 3 12/ 5 6 27 3 8 5 <32 , H6 83(-, A’( . 12, + 34+2 832D +2,2 G .6* */ 1 , < A 2,2 2,2 2 1*, ,2, J A G, - 014 . 1 E , = 27 6 * 7, J D - 6 , 812 6 3 12+ ,, 1( , H2 + = 8 , - 4+ 1 2 D212 =D 34H -*+ 1 H3(72 - 34H 8 A21+., . 6 34 6 1 *D2 1 -* 32. : 6 3 A. 12 A, 1 * 6 * ( 2A / 34 27 1*= 1 4 - 27 5 E* 2 6 (12 57 , * = 34 . + 1*+ 1 6 D3*, *E ,. ( 2 1*,2 12 27 ( + 5 . 6 - < 2005 +. ,2 1 232 D A A (6 3 A. 12 A, 1 * 6 * ( A /* 27 1*= (*1 +.341.27, 83 D 3 A = 27 3 * 1( 4+27) 1 6 (12 57 , < D 0 + 1*+ 1 6 D3*, *E ,. ( 1 4 - 27 5 E* 2, 2+ 2 1 .0/2 , 1* 32 *,6 2/ 27 - 3 -<* 4 3 D 1 5, 1 + < H .+ -<* *3 , J 1 .014 ( - 5 6 D3*, 12+2. 7 - - 3 -<* ( (+ 1 .,* 1 3 A. D.3 2+ 2 1 A D3* . ,2 # 1 -#5/ 0 5, J G *A.341 1 , 6* * ,2 3* ( 1 2 1*A. 8., 12/ 27 + *6= . 3 2+ , . 3 ., . | ,, , . C 3D* , . 72 1 H27 - ,27 ./* 27 [1]. F( , -*34 - G A, 8. 6 30 1 .12 . * 34 14 -.7 -6 27 / 8 A 21+. 6*+1 *- ,* (6 - - ,*) – - ,* – - - ,*, 7 6300/2 / 12 2 6 1 +2 6 27 / 8 A 21+., + < ,. A (+27 , < 2 + *,212 J* 6 / 12 2 1.6* . 1<*, 6 2 G 7 / ,. 6 -7 - , G, 16 1.6* -.7 -6 27 / 8 A 21+.. 8 A G0 , -*330 A 21 + 6 /2G14 ( A D.11G - *-2E* * = 8 6 1 +. 6 27 / 8 , (+ ,. 6* * < 014 -/.11( 6 /.11( 1* , 3 8 5 . • „ [2]. D’G+1 3 A = ,. 6 1 ( 1 3* ( 348 -2 - ) 6* * < G ,2 3* ( 6 GA -/.11(,2. T.D’G+1 - -2 -. = 2= 6 1 + -6 - G - , 1 ,2 3* ( 6 GA 1.5 G0. *H1 , -.7 -1 6* 34 2= 6 1 + 6 ’(A 2= A =D 34H2, A 21+ , 6 /.11 1 1.5 G0. < ,. A 16-12 1.6* ( D < E. 34 27 6*+1 – . *

116

A 3*<214 - A - 4 - 3 -<* () -6 - G ( 2 1*, 1*=, , 12 5, 6 1 *D, 123 <211(, 1 83(- 1 J . -*34 --.7 8 A 21+. A83(- G14 ( ,2 - / . - 7 A G, - 6 0 34 27 6*+1 7: 1) “8 2A 1 34 ”-E. + 34 ,. ( - 6 (-+ ,.) 2) “ * 12+ 34 ”-* 30 = ,. ( G 7 / ,.). 6* H ,. G,. A /* ( 7*, - G A, 8. - 3 -212 A 1 2 -.7 8 6 * ., (+ 6 .014 “1.1 1*6* ”, 6 D /212 = 8 234 3 D+ , - , .0/ , 8 34 6*+12, 6 D.-. 12 G - 2= “6 E 34”, J 7 +1* 2A.G , *, 34 E. + 5 -2 - , 8 .62 /2 121. 5 2 1*, D 34H 2 + 8 6 (-+.. - .8 ,. A., H , -*34 , <* D.12 2+ 2 1 -3( 2A /* ( -.7 27 “+ -2 1” - 3 -<. 8 ( 2J , 1 .+1. 2 /2 .D’G+1 -*(+ = . * 34 = (A 8 34 30- 4+ =) -.7 8 A 21+.. C < G, , J 6 D., -*34 -.7 8 A 21+. , G D.12 2+ 2 1 6* H. /* 8. -3( *E ,. ( 1 4 - 27 5 E* 2 – (+ -2 A 34 6 27 3 8 / 27 + 21* 5 55 E. + . (. -*34 2A / G 1 1*8 / 2= 6 (, 6 27 *A* 2 A 21+. 12: D2 1 - G 1 * / (, A 2-2 *6* * 5 1 -2 1 = 5 12 ( A 21 + , 1 = 1 = -6 - 34 1 ), AD 34H* ( 621 , 5 82 6*- 8 8 , J , 014 2 +2= -.7 2= * 4 1. . T6* 34 A D3* A 621 34 2+2, , 1 2 82 1 *+ 6* 1 +2 1 4 5 8 3.A 1 + < , <.14 „ . 1. 12 ( H = , -*3 . T62 0/2 4 A D3* . , -*34 -.7 8 A 21+., *A.341 12 D 8 1 / 27 - 3 -<* 4 T. -, A [3], 1 + < 1 4 - 27 . + *6 0 . <*8 /2+ [4], ,2 1 232 -6 - 14 , < 16-, (,2 -.7 8 A 21+. 1 G1 34 2,2 E. + (,2 12, (+ - / , <.14 A83(- 12 ( (+ 6* 2, /2 , G 7 A , (+ (- 6 3 < 6*+12 1 4 8 6 * . 3 ,. [5]. = , < 62 12 G1 34 E. + 5 121.1. 12, 6 1 , - 3 -212, (+ A 27 - = 2+ .014 (, (+ A-*D 34H 8 -*+3 .014 (, (+ 1.6* -.7 8 A 21+. =*E*+12 H* E ,.014 ( 1 0 (+27 6* *1 * 4 2, 8 014 - *5 83 D 34 2+32+2 ./ 1. 117

C - A. ,. 2, A . <212, J G 7 ( 1*= . A ,. ,2 283(- , G * 32H* + 1*+ 1 0 # 0 +.341. 8 A 21+.. + 34+2 + <* 1 0G , 1 = . 6 27 +.341. . , 1 2 0 ,2 3 6 -.+. (, 1 A 8 34 30- 4+2= A 21 + 6 * *-+ 2= *1 +.341. 2,2 1(,2 1 8 /2 H 8 -., A- = 0G14 ( 32H* 34 *6 1 = E , . 1<*, . + < 5 5 .G ( 1 D 34 G 7( 1*=, J (8 G + (, 7*126 + 3*+12 8 * - , 8 2( 3(G14 ( 1 =+27 2 7 G1 34 5 6 27 +2, 1 327 A + , 1(7 34 8 <211( 1 J [6]. *A.341 1 ,2 - 3 -<* (, 6 *-* 8 < 1 2002 +. 3 D 1 G0 6 27 3 8 5 , 1 8 A = 121.1. 34 5 1 6 3 12/ 5 6 27 3 8 5 + 5 2, + 3*+12 = 6 27 .+ 5 4+ 8 *1 . A 8 3 , 6 21 , 1 + 6 ( 1 =+ 2 2: *, = 14, * 14, 1* 34 14 [7]. H 3 12 1 - = 6* * 212 6 +2 J * - 3 (. , . ( *, = 1 (6 /.11 ) * 1 ( -/.11 ) A / G, A • „ ,, 21 * ( E. + = ,2 3* ( 1 1.5 5 A E* 2 - , 8 . 6 34 8 *8.30 ( “+ 3*+12 . 1 4”, 57 . 6 34 . , 8 3 A 0. 3* < * 1 , 2 2, (+ 6 2(014 (, - 014 A, 8. A - (12 6 1* 3 .D’G+1 - -2 -. = 8 6 1 +. 6 27 / 8 . , -*3 -.7 8 A 21+. 2632 G, J .+ 5 4+ = G1 34 = 6 27 <32 * A /* ( , G .A 3*<* ( , 1* 2 4+ 8 126. [8]. H 6 83(-, ,* 1 +2= 126 3 - -6 - 3 - 27 A G,2 7 +1* 2= -3( D.11G *-2E* * = 8 6 1 +. 6 27 / 8 , + 32 -2 <+ -- 3212 *D* - 6 2 - 34 8 * *- 2J , 632 ,’5, -2 2, , 327 8 .6, + 3*+12 1 J , 3- +/ 8 6 1* 8 014 ( 8 .6 2= + E , A,, 7 / 2= -2 -. 3 A,, +., 1 “ (//2 ” ( *6 12A,), **E*+12 14 14 -.<* 7 H27 A + D 8 1 H 8 . T ,* 2,, H. -.,+., 6 ( 0014 ( 1 .- J 7 -<* ( + 5 2 G 6*= 4+* 2 3 A = * + 3 . C - 2 2 .A 3*< * ( D32 6 H2 * * *3 ’( 4+27 ,* /* *A 1* <32 * , *, (+* 6 - 014 . 57 <211 A 2/ = 30- 4+ 1 . +2, 6 2 1 1 , *, 5, 1 2= A ’(A + A - 2,2, -2 0, 8 .6 0 “ 57” 1 J . 3( 6 6

118

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( ( A . <2, , J . G 6*= 4+27 = (. 6 / 27 D32 ) 1 ,* 2+ , 6 +2, 6* * < 014 -2 2 .6 (-+. (, J 1 + < A., 3* 3+ , -, 2, 1 2/ 2, H3(7 , 27 - . 2A , * 7 /*, 2, + A 12, J 832D2 ,* 1 34 2 2 (+ 8 4 -. + J , (+ 8 4 8 H A 8 3 . 3* 2 G D 34H /2 ,* H 6 2(132 2,2 6* ,. *1 6 A 21+., J - + *, 8 1 2/ 8 A ( 1. . C < 5= + < +.341. G . + 34 0 , 0, + < , G 5 3 D+ 234 1 2, + < - / 8 4 D 34H* 6 2(132 , - / 8 4 – ,* H*. +J 6 -7 -212 - A /* 5 6 D3*,2 .1 E , 34 , 1 , A- 3 ( D, -3( 6 2 + * ( “G 6*5A 5” .+ 5 4+ 5 12 3 - 6 23212 G1 34 = 6 27 34 .D’G+1 -2 -. = 8 6 1 +., (+2= 7 +1* 2A.G14 ( 2 +2, A 21+ , D 1 +1 8 ,2 3* ( 1 1.5 5, 27 - , A ,+2 .A 3*< * 4 , 1* 2 4+ 8 D 14+ 4+ 8 126 , - , . (, 1 +27 6*+1 .6 (-+. (, (+ , 1 = 14, -6 - 3414, .D’G+1 14, 6 E* = 14 1 J . 1* 6 +12 1 + 6 (, 3 = 7*, 6* *D.- 2 . 6 34 27 1 . + (- /2 , <32 , + 34+2 * A / 3 D -.<* + .1 A, 212 1 =+ 2 2 G1 34 5 6 27 +2. < A *32+ 0 8 - 10 6* *-D /212, J 6 2 ’(A. 1 + 60 A 7 - 27 6 -7 - , -*= /2 1*7 3 8 = ( 1 + = + * 12 = E* , (+ 1 , 12, D 34H*) 34 7*1262, A + *, - ,2= 7*126 “- D 5 *4+2-A*,3 ”, D.-.14 /2 212 6 12 1 +2, (,. ' 34H * 3 12/ 2, 283(- G 1 +2= * =: A 21 + 2 + 27 -*, + 12/ 27 ,*7 A, 6 2A -212,* - 6 23* ( -2 -.34 = ( 1<*, + 3*+12 =) 6 27 *3*,* 1 D’G+1 3 A = 8 6 1 +., D 1 H* 6 ’(A 2= A D.11G *-2E* * = 2, /* *A 6 27 / . E. + 0 + + *1 27 -/.11 ( * G 234 0 1 0 H 5 ,* 1 34 1 ), - -<* ( = A 21 + -.7 5 *3 12, +.341. 2, 6 0- * 6 2( ( D2 1 ,. A 21+ AD 34H 14 621 ,. 8. -.7 -1 6* 34 8 6 1 +., (+2= , G A ’(A + A D.11G 2, 6 1 + , 6 27 / 8 /* *A *, 5 1 6 /.11(, , 34 -*12/ * 1 3* ( 1 J . • „ 8 3 H. , J A, 2 + < = -2 -. 34 = 6 27 G * -, 0 6* *-., 0 A, G1 34 8 , H1 D.. 119

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04 2 # …, – 62 , – #. # [ . / 1 . y*, J D3(14 5, 1* D214 + < + *, 30# 1 B , 1 B 1 4. •2H* A, 2 + *, 5 30-2 2 1 G 6 / 1+ , A, 2 6 27 3 8 5 5. 6 D3*,2 30- 1 J* + 32 * A ’(A. 32 ( H3(7 , 27 A + , 3* A <-2 ’4 5 4 8 4/ 4 2 # ” [9]. - 2 2632 G 2(1+ 34 1 4 - 27 27 121. = 6*- 8 8 / 5 - , 1 . 6 34 1 6 * 7= 8 1 E ,. (. = * D.3 D + A 12, J ./ 2= 1 2, 8 G 12 A * 1 12 . 8. 6* H A * “ A 21 + 1 / 8 6 1* 3. D2 1 1 , E ,. ( A- 1 1 - 6 2= (11( * 3A 5 =, A- 1 1 /212 (” [10]. A ’(A+. A 6 * ,2 83 D 3 A 5 A 2 .127 + 5 7 J* 60–70-1 +2 ,2 .3 8 1 3 11( -D.3 ( * = A * *E ,. ( 2 1*,2 12, (+*, A + *, , 1 23 A ,*1. 6 832D3* ( E. - ,* 1 34 5 12, A D*A6*/* ( 6 D3*, 8 7 +1* . / (, 8., 1 2A 5 + ,6’01* 2A 5 1 4 8 6 * .. H 0 , -*330 --.7 8 A 21+. * -6 - G 6 23* 0 3 .D’G+1 -2 -. = 8 6 1 +. ( A 8 3 – 1.512 5 + ,6 * 12) . 6 34 27 6 * 7. ., 1 2A ( 8., A ( 12 6**-D / 014 E ,. ( D2 1 1 (+ ( +.341. 2, -.7 1 , (+ 1 / 3 H1 8 .D’G+1 . 6 34 27 - 2 , -* 3 2, 8 014 6 2J*630 12 1*3 8* 1 14 (+ = 2J2= * 4 34 1 , J ,*< 7 H 8 6 -7 -. A / G A 1 ( 3 -.7 -1 6* 34 27 8 A 21+.. + A . <.G C. y 1* + , “ 3 - 0 12,.14 6 1-. 1 34 ,. . 6 34 1 * 8 .D E A2/ 23 , 1*3*+1, E , ( 6 27 3 8 (” [11]. G- H2 0 1*A. A 2 + , •. 3* + 6 . * 34 14 -3( 7 +.341. 1.6* ( E , = 8 (6 1 -. 1 34 8 ) . 6 34 1 [12], 1 2, G, 1 1*8 / . ,*1. A ( 12 J - E ,. (A A /* 27 1*= 1 -.7 - D21 8 A 21+.. 2/ = , 6 2 4 ,. 3 7 . 12 D32 1 H 5 G1 34 5 6 27 +2, (+ 6 - < + * -+ A A 3 -2 1 *. 3 - + *6 -., 27 30 1 2 1 4+27 . 6 34 27 *E ,. 83(-. 1 =+ 2 2 ,* 1 3 1*1., 62 (+ *1 627 3 8 ,2 - 6 2, 1 + /* 2,2 1* * 7 + 5 2, -3( 120

3 - ( 1.6* *, E , = 8 . 6 34 1 3 - - 1 2,.12 ( .11G H27 6 6 = , < / 12 , 6 1 + ,2 -.7 -6 27 / 8 A 21+., < * D23 ( D214 ( + 5 7 7 -.. H. -.,+., D.3 D - 34 A6 / 12 A AD 34H* ( 3 *12/ - 1.512 5 + ,6 * 12 1 , (+ 6 2 A G, - 6 0 12 <. 12 D’G+1 3 A = 2=, 6 8, 12/ -.6 3 4+2= 55 D +, A - 0/2 , 34 --.7 1 -* 3 8 / G 12 2 6 - / .7. D + 1 5 1*8 5. * 3 1+. 2005 +. 3 D 1 G0 6 27 3 8 5 , 1 8 A = D.3 6 *-* J* - * 6 , < * 621. (, 4 8 A. * *- ./21*3 -| + 4+ 5, * 4+ 5 1 25 4+ 5 D3 1*=. z 8 ,*1 0 D.3 6 6* *- ( 6 -8 1 + , 8 6 27 *, 12/ 8 - 3 -<* ( A 1*, 0 3 D 1 5. 6* H ,. *1 6 6 D 1 2+ ,2 3 D 1 5 A- = 0 ( + 1* 1- 3 A 6*- 8 8 / 5 6 * 2 A ,*1 0 2- 3* ( + 34+ 1 .-<* 4, J 1 .014 ( 6 D3*, 6*- 8 8 / 5 6 34 12 6*- 8 8/ 5 - , 1 . 6 34 1 3 ,.. 3( 4 8 .-<* ( D.3 6 -*+ 6* 1 = 34 27 6 27 3 8 , . *A.341 1 / 8 -D D32A4+ 250 .-<* 4, A (+27 E , 1 2 +*12-A 621 34 2+2, - * /21*3(,. 1.6 2, + + , 1 3 6 6* *- G 621. (A 1 4 , +*1 ,2 3 D 1 5 . 1 4 7 D3 1(7 + 5 2. 3 A.G, *A.341 12 6 6* *- 4 8 621. ( A 1 4 , +*1 ,2 6 - +.1 , A . 1*= 1 4 - 27 8 * *- 2J 1 E. + = 121.1. 12 . 6 34 1 . * H*, J 6 - G / , – 8 1 6 D3*, , 12+.34 -6 -(,2 2-8* 9-1* A 621 ( A *-* 5 +*12. C-., =, (: 82% * 6 -* 1 6 8 -<.014 ( A 12,, J /21*34 1 G “8 3 0 3 + 0 . E ,. D32//( 5”, 1 ,, 91% 621 27 < G, J ./ = + 5 “ 1 , +.341. 27 ( * 1 32 2,2 1(,2 . 6 34 8 <211(”. +12/ 2A 014, J 6 ( H+ 34 8 6*- 8 8 * 0G14 ( + 5 3*< 2, /2 ,, * , G ., 3 -+2 -3( = 8 A 21+.. }* 80% * 6 -* 1 A * 1 014 . 8. 6 - ( 1 21*1. 6 E* 5 /21*3(, , =<* 1 * -<.014, J 6 0 12 H+ 3 -.<* <+ , J , 3 71 A 1.-* 1 6*- .A , G 6 “ /21*34 4+. - 30”. -6 -(7 ( /. G14 ( , 12 *A 72J*1 6*- 8 8 . 6* - *E ,. ( 7 E* . 6 34 8 121

<211( (. “/ 2 *32+27 A, ”), *A8. 1 1 57 (+ G-2 5 6 34 12, *A- 1 1 2 . .12 A 8 * *- 2J ( + 27 3 -* , A- 1 27 - 1 0 12 6 E* = 6 /21*3 . E 6 3+ 1( A83(- G14 ( (- 2,2 /21*3(,2 * (+ A D 6 -1 2,+2, (+ - - 1+ 2= “6 2 - 2= 6 ” -, 1 128 +* . (. T3 ,, 6 H.G14 ( 2 + 6 1*, J 6*- 8 8 / 6 34 1 ((+J A 8 3 55 , < 1 + A 12) G 32H* 6 2 2, D’G+1 , 1 E , = 27 6 * . . 6 34 1, 3* < (+ * 6 2, .D’G+1 ,. y D1 H+ 34 1 6 1 6 2 1 .G14 ( 5 21. 5, 6* H A * *+ ,/ , * , <* (+ *5 632 12. . <2, , J 88% 621 27 /21*3 1. D -632 , + 3 E + 27 + A 12 H 8 3.A . 6 34 5 - (34 1 , + 34+2 /21*34 4+ 6 E* ( * - G - 1 1 4 8 , 1* 34 8 A D*A6*/* (, D2 1 5 *A 3*< 1 . D 301 D 34H 14 * 6 -* 1 A A /23 , J 1 (+ < H 8 3.A4 6 1* 6 G - 8 34,.( 6 8 * 2 27 34 27 6 * G A ./ 2 *0 *- + 3 5 6 3 12/ 5 2 1*,2. -6 -*= ./21*3 2632G 6 - + 34 2= 2 +: 1*, (+2, D.-* , =D.1 4 ,. ./ 2= H+ 3( , , 3 A 3*<214 - D 14+ , - H+ 32. C2 . A 1 6 . 8 3.A 12 6*- 8 82 =/ 1 H* 6 262 .014 -* < , A + *, 1 .+1. , .6 3 ( 1 0, 12,, + 8 6 2= (1 A2 12 *3 1 0, 71 , G . 57 .+ 7 A / D 34H * . 2 <*3 632 . 21. 0. , 2- G14 ( -.<* <32 0 -.,+ 6 * = 14 .+ 5 4+ 5 1 4 5 8 3.A [11], 1 + < 6 1*, J A 6* 27 ., 34 -6 27 3 8 / 6 D3*,2 12 “, <.14 D. 12 A /* ( , 1 = 27 E +1 , 6* *1 0 12 ( 34 6 27 3 8 / 1* * 1262 /2 212 A 1 2= *8 12 2= 632 2 H* ( *+ , / 27, 6 3 12/ 27, +.341. 27 3 * 1 7 621 4” [1 , , , . 24]. } D 4 8 * 1 3 (, + = 6 1 D A, 0 12 1 1*8 0 6 -D . 1( 4+27 + - , E ,. ( + 3*+12 1 .6 3 ( 8 3.AA0 3 ,.. +J * 1 82 + 8 ,* *-<,* 1. D.-* A, J* D + .1 H 4 5, 832D2 5, 1 =+ 5 , 12 5 6 2+ 12, 1 A , A 12, A 1* 55 . 6 34 *E*+12 14, A / 6 + J214 ( 2+ ( *0 8., 12/ 5, +.341. 1 5, 6 27 *+ 3 8 / 5 1 H27 E. + =, 1 + < 1 / , 122

* 3 A (, J ,* 6 D - G 6 1.< 2= 6 27 1* 6* 12/ 2= *E*+1 (+ -3( -2 - , 1 + -3( 6 34 12 3 ,.. 1 D E 7 6 -1 2,+ 1 / 5 12 2 6*- 8 8 1 . T,2 3 E* 1 + 5 + 8 12 6*- 8 8 * 6 1 *D.G + 28. ( ,6* *- 2, 8 G 1 3* 1 1 6 2( ( A D +. 1 /* (. T1 < 127 6*- 8 8 , (+ A 5, 6 27 3 8 / 2, +3 - , 7234 -1 * ( <* .0/27 .-7 ., 1 5, D.3 D - 34 6 0 12 8 .6 7 6 E* = 8 - + 3* (, (+ A / , 6 2 2 2+ 12 6 2 = 27 ,*1 -+ D *1 7, 121.1 7 - + 3* ( /2 6 1 * *- - -., -E 7 A -(+2 A. 233(, ,27 ./21*3 . C 7 .0/2 +3 - 14 6* *1 * 4, (+ 6 1 D A- = 212, < G, , J D32 . . 8. 3 - A * .12 6 -D + -. -* < = ,* *< *6* * 5 12. C 6 2 * A- = 0 12 ( 1 + < * A E , 34 2,2 + 21* (,2, 832D + 8 6 27 3 8 / 8 - D . A 6 + A 2+ ,2 8 1 1 6 0 12 . E* =, A , (, 2D2 12, 6 6 . 12 A 7 /. 12 + J ,*1 -2/ A , - D * AD2 12 ( -.7 = 1 .+1. D2 1 1 , 6 234 2A / 12 55 6 E* = 2= 6 1* 3 1. . H 6 83(-, A 1 G 6 1 *D 6* 3 1 7, (+ A 5, -.7 2, A 21+ , - (832 .D’G+1 - -2 -. = 27 1 -.7 -1 6* 34 27 . * H A 27 + 1*8 = A- 1 A D*A6*/212 8., A 0 1 -*, + 12A 0 12, 55 = 14, -2 , / 14 8 ./+ 14 . 27 *+ , / 27 ., 7. .8 / 12 E 7 .+ = 6 1 D -3( 1 * ( 27 1*= +.341. 27 A , (+ + 3 -.014 . 6 34 1 6* - 83 D 3 A = 27 2+32+ , -3( AD* *<* ( 832D2 27 +.341. 27 + 1 1, A +*, D*AD 3 8 6* *7 -. - G 6*= 4+27 1 7 1 - 1 . < 34, 1 ( + 1*8 ( 4 8 - / 1 H* 1 63(G14 ( 6 3 12 , , *+3 , =, ,2 1* 4+ = 1 6 -6 2G, 2 4+ = E*7, 1 ,. 6 1 D H.+ 12 8 A = E ,2 6 3(-263 , 5 12, 1 + < .11G *E ,. 12 D 1. ,*1 -+ D *1 1 H27 6 - A- 3 , (+ , A 2A /* (,, , 014 6 0 12 26* *-<* (, * A- 8 . 6 34 2, 6 * ,. ,’(+H212 6 * 2 A, 1 , <*, H 6 83(-, 7. ( 234 27 1 .+ 5 4+ 5 ,* 1 34 1 , ,* - , . ( + + *1 27 6 /.11 - D 1 +1 2, ,2 3* (,. 123

6H . 1 E , 0 12 , <.14 A D*A6*/212 -.7 A 2 * 30-2, -3( (+27 6 2 262 8., A,. 1 .D’G+1.D’G+1 27 1 . + G D2 1 0 10. y - ,6.34 2 6 D3*,2, J =-.14 - “+ + *12+2 <211(”, ( D.-* 8 6 3+. ( (D.11G - *-2E* * = 2= 6 1 + 6 27 / 8 ), 6-7 630 12,.14 (, 3 30 12,.14 ( D*A6 * *- 4 2 + ,. -.7 ,. , -* = A ’(A. 12,.14 ( =D 34H 8 , = , -*+ 1 , 6 3( / 8 34 ,2 3* 1 3* 6*- 8 8 ,21 ,2 H* ( - -212,.14 ( - 1*7 3 8 / 8 , *H1 , , 12 - 1 - 12A 8 , .12 A 8 (. 1<*, 2D.- .G14 ( A ,+ * 2= 2+3 A ’(A ( 6*- 8 8 / 27 ( , <*, * 1 34+2 6*- 8 8 / 27!) 6 D3*, . . 6 34 1 ( 2 .1). 2/ = , * 32H* -2 A , <32 27 1 ,D 6 - 6 1 D 2D.- . 12 3 2=, , .A8 -<* 2= + ,63*+ 1 +27 A G, 6 ’(A 27 2+3 . MB%AB-@87A 98 BA75:A ; B@H

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. 3 A *A.341 1 *,6 2/ 8 - 3 -<* (, ( ( 57 A - 2,2 .+ 27 -<* *3 -/ 14 6 .11G AD < 1 14 .6* */ 1 , < 1 =+2,2 2 ,2 G1 34 5 6 27 +2, A - 8 D +., 6 27 34 2,2 2+32+ ,2 2 1*, 12 *1 6 83 D 3 A 5, A - .8 8 . 83(-. , -*34 --.7 8 A 21+. < G, , J -3( 8 , = 8 + 1 .+12 8 6 G( A / 0 , 0 .6* */32 27 2 1*, 1*=, A 1 ( -.7 5 G- 1 . 6 34 1 , . 6 H 8 - 3./* ( 1/2A ( 5 12 - ' 3 4+ 8 6 * . 3 - - 1 2,. 12 ( 1 + 5 0 2. + -= 6 3 12 6 1 D D 34H* . 82 6 2- 3(12 .1 H =, 832D2 =, 1 =+ = , 12 56 2+ 12, J , H 6 83(-, G ., 0 A 1 ( 55 . 6 34 5 *E*+12 1;A D*A6*/212 3*< 2= -.7 - 1*3*+1. 34 2= 6 1* 3 1 7 *E ,: 6 23212 , . 3 +2 .6 3 ( 1 0, . ., < A *0 8 3.A 1 /2,2, 2 + -.7 2,2 D2 1 1(,2, -3( (+27 .D’G+1- .D’G+1 1 . +2, 6 2 262 8., A,., 8 , -( 4+ 1 , -6 - 34 1 , 6 E* = 1 , = 1 1 2 + 5 6 27 3 8 / 5 +.341. 2 G 3 0 832D2 0 10. T ,* 1 - A 1* 3 A.0/ 34 12, 6 3 6H214 ( 2+ ( *0 8., 12/ 5, +.341. 1 5, 6 27 *+ 3 8 / 5, G1 5 E. + =, A8 - ,, (+ 3 - +, 1 +27 E. + =, (+ 6 E* = -*+ ,/ 6 3 12+ -* 3 8 / , 6 - 2J 14 ( 34 2= 1 1. ./21*3( 6 * 12< = 8 6 E* 5. F* - 14 A, 8. A ’(A 12 6 D3*,. -.7 27 A -3( , 3 - , +.341. * AA’G(Aƒ 6 0 -D. 12,*14 ( D 34H 6 2 3*8+ , . 8 , 5 A H2,2 1/2A ( 2,2 +.341. 2,2 -D (,2. . <2, , J 1( ,2 A 6 D3*,2 .6* */ 1 2 - D * . - ,30014 (, 2 2 1.6 014 A + -2 34 A, 2 + -=, E =, E , = =, +.341. = 1 .6 3 4+ = 6 3 12 J 12 A 1 + < H./ A, 2 6 1 1 , 8 /21*3(, (+2= , G 1 12 - 2, A - = 27 6 - 2+ H 8 . 6 34 1 83 D 34 ,. 1 . 6

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126

32A 6 (12( “, 26.3( 2(”, A D 1 D 1 * ( , -*34 7*,S , 26.3(12 8 A-*= 1 2(. , 1 * 2 1*, , 26.3(12 8 A 2, -*= 1 2( .D‰*+1 ./*D 8 6 * S H*, ./*D , A *-* 22, 6 *- 1 3* S *A.341 1S 1 +27 2 3*2=. % : , 26.3( 2(, 6 27 3 82/* + * A-*= 12*, + 8 212 S= -2 , .D‰*+1 A-*= 1 2(, D‰*+1 A-*= 1 2(, + 8 212 ( 6 (<* 14, U, 2 34 ( 6 (<* 14. In article the analysis of concept “manipulation” is given, own model of the plan of manipulative influence is developed. The system of manipulative interaction of subjects of educational process in a higher educational institution is considered, results of researches are presented. Key words: manipulation, psychological impact, cognitive dissonance, impact subject, impact object, cognitive tenseness, emotional tenseness.

B . 2 - G0 A 8 34 27 6 D3*,, J A 32 -* < , G 6 - 2J* ( (+ 1 12, . 1 ,. /2 3 2J 5. C <32 2, + + , . 4 ,. 6 (, , H. -.,+., , 014 1 12 2( 3* ( 1 3A 34 -6 27 3 8 / 27 -*E , =, (+ .014 . 1 . + 7 ./ 2+ / 34 - 27 8 6 * ., , A + *, , - 3 -<* ( 6 D3*,2 , 6.3(12 27 - 2 , < 2,2. : 6 3 A. 12 A, 1 6 (11( “, 6.3( (” .+ ,. D+. ./ 27 - 3 - 2+ , E ,.30 12 .A 8 34 * * 2A /* ( 4 8 6 (11(, A D212 3 . , -*34 , 6.3(12 27 632 . * H < 3 A. 12 6 (11( “, 6.3( (”, 3 - A * .12 ( - 3 2+ 6 4 1 , (+ - 3 -<. 32 6 D3*,. , 6.3( 5. 6 2+3 -, + 5 4+ -( 4+ 2+3 6*- ( 2A / G * 6 (11( 1 +: “, 6.3( ( (E . manipulation, - 3 1. manipulus – <,* (, manus – .+ ) – 1) .72 .+2 D D 7 .+, 6 ’(A A 2+ (, 6* 27 6 * ; +3 - 2= 6 2= , . ./ = D 1 , (+2= 2, 8 G *32+ 5 1 / 1 ; 2) . 6* * ,. A /* – H 7 = 4+ 21 + , 721 . (, 6 -1 + E +1 , 1* < ,*, J , 7 (” [1, . 456]. 127

C 1 -A /212, J 3 1* 1. 1 63(G, *32/*A . A , 1 14 2A /* 4 1 8 , J < 3 - A., 12 6 1* , , “, 6.3( (”: • * 1 +2= 6 27 3 8 / 2= 632 H. 30-2 ., (+2= * A <-2 *0 . - ,30G14 ( A,.H.G 55 - (12 -6 3*= , 6.3(1 [2]; • * H1./ 2= 6 * 1 * ( .D’G+1 , 30A = 6 + 32H 0 - = 14 ( D 6 *D*), (+ 6 2=, 014 ( H2,2 .D’G+1 ,2 ( D ,2, 1 *, 30A =) [3; 4]; • D32 2= 632 6 - - , 14 30-2 2 (6* * < 55 *, 5, 6 /.11( 6* *<2 (), J , G ,*1 6 8 ,.(D < (6 1 * 6 6 0 12) [5; 6]; • 6 27 * .6 3 ( 30-2 0 6 12 55 3 , (+* - G 1 - 1 6* * 82 [7–9]; • 2- 6 27 3 8 / 8 632 ., ,2 1* 4+* 2+ ( (+ 8 6 2A -214 - 6 27 8 6 D.-<* ( H 5 30-2 2 , , (+ * AD 8 014 ( A 55 +1. 34 2,2 D < (,2 [10]; • 6 D6 . ( H3(7 , -.7 8 632 . 30-*= /* *A 6 8 ,. ( 57 4 5 6 *- +2 [11]; • 6 27 / 2= 632 , (+2= A- = 0G14 ( 1 G, , 1<*, H+ -. 12, D ,, (+27 6 (, 2= ( . | +*, “•0-2, (+ 0 , 6.30014”, 21. A [11]); • 6 27 * 6 .+ (, 6 8 ,. ( -., +, , , 6 /.11 , 1 3* 4, 1 , 6 *- +2 [12]; • .6 3 ( + 1 34, *+ 63. 1 ( H27, 2+ 21 ( (+ D’G+1 , */*= [13]; • 6 . ( - -.7 2, 1 ,, .6 3 ( A, ,2 .1 H 4 8 1. H27 30-*= [14]; • D32 2= A 234 -6 27 3 8 / 8 12 +., 6 2 (+ ,. .D’G+1 632 . /*D1 - G14 ( - 6 6 A212 27 ,*7 A, , 6 , 8 G14 ( D,*<212 D -. D’G+1 /2 6 -6 (-+. 12 = 8 5= 3 [15; 16]. A /2, , J D 8 14 7 6 (7, 6 2 (/* 27 E* ,*, 6.3( 5, *, G = 8 / 1+ 8 2A /* (, 32H* -(14 ( A +2 4 8 ( 2J 1 62 .014 ( , 6.3(12 1*7 3 8 5 [17–22]. A 8 34 00/2 2J* *-* 2A /* ( 1 6 ( * (, 2- 32, 1 + A +2 , 6.3( 5: 128

1) , 6.3( ( – * 2- 6 27 3 8 / 8 , -.7 8 ( * E A2/ 8 ) 632 ., 6 (, 2= 6 27 +., 6 27 / 1 .+1. 2 D2 1 1 ; 2) , 6.3( ( – * 6 27 2= 632 . 3( - (8 * ( . 6 7. , 6.3( ( 6 2 A 32H 12 ( *6 , 1 0; 3) , 6.3( ( – * 632 , (+2= 2, 8 G A / 5 , = 1* 1 1 A 4 D 6 2 =, -. 1 1.5 5. + A A / G ƒ. •. * + , “8 , 6.3( (, (+ , G 1 / , /* 2= 1 2 32= *E*+1, G 21 , ,2 1* 1 …” [10, . 13]; 4) - 30-*=, (+2,2 , 6.30014, 1 3(14 ( * (+ D2 1 1*=, (+ - D’G+1 , */*=; 5) ( 14 - D / 8 28 H. , 6.3(1 1 , <32 2= 6 8 H “<* 1 2”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“… 6 1 D *7 (, D.-./2 - 2, A <32 27 + *,27 6 2= , . = 1*7 3 8 5 , 6.3( 5, , 6 D 1 212 , 6.3(12 2= 632 * , <*… *6 -2 E , (, 632 0/2 6 *- +. 30-2 2, 1 72 * A / 6 G 55 -.7., 55 , 1 ” [11, . 16].

129

1/2A ( = 3 1* 1. - 2, A 6* H27 6 D. 3 A. 6.3(12 8 632 . A- = 2 ƒ. •. * + . C 2- 32 D2 1 ,*7 A,2 , 6.3(12 8 632 . [10, . 128 – 153]. A D 3*< 14: 1) 2A /* ( *+1 632 . A 83(-. A (; 2) 6 -D A D -3( A- = * ( 632 .; 3) 6 H.+ , 12 ., /* *A (+2= , < 6 2+ .12 6 27 /. E* . – “ 3 A12 -.H.”; 4) 6 1.6 * J. ( 12 +. A 27 6 (,+ 7 ((+J G 6 1 *D ): • 6 - 2J* ( J 34 1 5 ( (- D32A4+27 A A, 1 , /2 E , 0 632 ); • 1 1 34 14 632 . – = 8 A 63 14, A , 114 + 3 , H* *= 632 .; • 6 1 = 14 – 6 3*832 14, J 6* * 1 G 12 32 14; • 1* 2 14 – A 1 ( 232 632 .. y +2, <* /2 , 6* * 7.G, ,*7 A,2, J * 3 A.014 , 6.3(12 2= 632 : 1) 2G( .1 H 4 8 1. - * 1 – A 7 63* (, A’G(, “A/*63* (”; 2) 6 27 / 1 , 12A,2; 3) 6 -+30/* ( “<2 3* (”, A D*A6*/* ( * * 8 G0 27 6 * ; 4) 6 2 G ( – 1 1 < * ( “ ” - * 1 A G0 +1210. 28 34 . , -*34 , 6.3( 5 A 6 6 . = 4+2= - 3 - 2+ . . E.33 [3; 4], (+2= 1 * -<.G, J 0 , 6.3(12 5 1*7 3 8 5 G 6 2 262, A 6 A2/* ,2 1* 1 30A A,.: 1) 6 2 26 6 34, +2 (“6 34, . 12” A / G 7 12 . ) – * 6 -8 1 /2= *1 6, (+2= 7 630G: • 2 /* ( D’G+1 , 6.3( 5 3 - ( E , G0, (+ 5 1 = * A G; • 6 27 . ( , +. ( 8 6 < 4 8 , 12 .; 2) 6 2 26 6 2 +2 (“6 2 . 12” A / G A- = 0 12 - 3 + 0/ .72 6 2 A (+2, 4 6 *-,*1 ,) – * , 6 * *-* ( , ., (+2= 6* *-D / G: , A

130

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131

T6 .+ ( - - 5 G A A 2/ = *A.341 1 , . 7 62 27 - = (, H* 4 + 6 2, + + 1 + (), 3* , <* - (8 12 ( 6* 34 2,2 A D ,2 ( 6 2+3 -, 0 (,, *-* (, . 1 , *6 -2 0 E , G0, A D ,2 6* *+ ( 6 27 3 8 / 2, 12 + ,) [7, . 127]. ' 34H 14 A 7 - 27 - 3 -<* 4, 6 2 (/* 27 6 D3*, , 6 27 3 8 / 8 632 . A 8 3 , , 6.3(12 ,. A + *, , 2+ A 6 A2 = + 8 12 5 6 27 3 8 5. 8 12 1* 5 D2 1 1 -H1 7.014 ( - ,2 3* ( 30-2 2 (+ 1 + 5, J A- 1 “ A., 12 = 3 A. 12”, + 34+2 6* *D. G . 1 E , 5, + 1 . 6 1 D ,2 3212, 212, 2+ 2 1 12. C/2 + 30-2 2 +3 - G14 ( A 1 4 7 + ,6 * 1 : • , 5 - 5; • -., +; • 6 /.11 , (+ .6 -<.014 2+ ( 6* 5 - 5. 62 2 H2 4 . * 34 = 21. 5 * , 0/2 , <32 1*= . *D / 6 3 A. 12 D 1 2 2 (, 3 / ., D +.G A 4), 30-2 6 2 6 2= (12 H* (, A D212 2D A- = 212 /2 +, 6 2/ ,. , /2 + 1 G -<* *3 , E , 5, (+ - G A, 8. E ,.30 12 D A, 0 12 -.,+. 6 *D* D 6 H27. 1<*, 6 3( * + 5 30-2 1 G0 /2 H 0 , 0 .D’G+12 2, /2 , 3 A.G 0 6 *- +., 55 . 6 H 14, / 8 A- = 0G 3*< . + *+ 0 D D214 (+ 4 2 +2 , =D.1 G [24, . 432]. |. 2,D . •(=66* [25], 2 / 0/2 A E ,2 34 5 6 *- +2, A D232 2 +, J D 34H 14 /2 + , < 6 ( 212 A - 6 , 8 0 21. = 27 , < D2 1 27 E +1 , * -2 6 A2 = 2,2 1 =+2,2 D2 1 2,2 D321(,2 30-2 2. C -H.+.0/2 D 1 00/2 -6 - 2= – A ./ 2= – + 3 21. = 27 ( 2J, , < - D212 ( + -2 345 A, 2 6 *- +2 30-*= H3(7 , , 6.30 ( + *,2,2 7 +1* 2 12+ ,2 21. 5. 6 - D ,. A., 28 34 2= 3 A ,*7 A,. , 6.3(12 8 632 . A 6 6 . 32 6 *- 1 2+2 ,* 2+ 4+ 5 H+ 32 + 8 12 5 6 27 3 8 5 . 1 . . 1+ . 57 0 -.,+., D.-4-(+ , 6.3(12 -( G , 6.30 (, E , G0, ,*7 A, (+ 8 „ . 1.G14 ( -5 34 -6 27 3 8 / 8 E* ,* + 8 12 8 -2 .. 132

*7 A, , 6.3(12 5 - 5 7 630G / 12 2 1 1*8*,2 632 . [17, . 67]: 1) .6* *-<* ( – , 6.30 ( 12,, (+ 1 .+1. 6 D3*,. (+ E ,.34 55 A ’(A (; 2) - -<* *3 (+ ,. + 1 ); 3) 6 D 6 ( 6 - ,3* ( ( - 3 +12 . 8. - *D < 8 + * 1 . 12 55 6 1 D ,.); 4) *, 5 (6 1 D 2+32+ 12 *, 0, 6 1 , A 6 6 .12 , H* 1 6 D * 8. ( 0 *, 0, + 1 2= “ 26 -+ ” 2( 214 ( D < 0 - G0 -3( + ,. + 1 . + .<* A A / 3 ( 2J*, 6 *- 1 2+2 + 8 12 5 6 27 3 85A . ,*7 A,. , 6.30 ( D* .14 - 0 34-6 27 3 8 / 8 E* ,* + 8 12 8 -2 . [17]. 8 12 2= -2 – * * -6 - 14 5 E , 5 ( ,. 6 83(- , 30-2 2, J 6 -<.G *5 *, = . 6 .<* 14, 6 8 * ( A =12 27 - A 4 8 1 .. C 3 - 0/2 - , .6* */32 2,2 A (,2, 30-2 D A, 0G (A * 0G) - * A A 4, D A, 0G 0 6 *- +. [26]; D < 6 .<* 14 6 ( 3(G14 ( 6 2 . - ,3* * ., 1 - 7 A 4 [27]. 6 2+3 -, -2 2 2+ G, + 32 30-2 . - ,30G, J - (3 D*A - 1 1 7 1* 6 - 1 , . .6* */ 5, 1 , D 6 2= (3 H* ( + 2 14 - 8 1., 3 8 + 2, 8 G H 8 . }* -2 ,* 2+ 4+2= 6 27 3 8 . '*+ 62 E* ,* / #5 , + 1 6 ’(A A D D+ 0 6 1 / 5 E , 5: 2 ,2, 34 , H 2-+ 632 , *. - ,3* D*A6 * *- 4 6 2A -(14 - *, = 27 6 *- + 27 * + =. /* 2= A A / G, J 6 2 E*+12 27 1 7 1 *, = 27 A3 - 7 + < ,. 6* *<2 0 -6 - G 6* 1 , 12/ -.,+ ( 6 2+3 -, .,. -6 - G -.,+ 6 1 1., 8 . – 6 6 .H* ( (+ 8 4 1 - 1. 1 J ) [28, . 281]. y ,., 2+32+ 0/2 6* . *, = . * + 0, .D’G+1 632 . 12, ,2, 6 (, .G -.,+2 D’G+1 6 1 D ,. = ,. 6 (,+.. 1<*, -6 - - A A /* 27 / 12 4 7 1 1*8*, 632. . 26 -+. , 6.30 ( , 6.3(1 1 +2, /2 , 6 - G E , 0 (E ,.30G .14 6 D3*,2, 6 7 ( 1 J ), J D 2+32+ 12 .1 H 0 A., . (+ 8 12 2= -2 ) 1 *, = . (6 27 / 2= -2 + ,E 1) 6 .<* 14, 12,/ . -*A133

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152

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- 61 ( *, 8 1 8 *1 / 8 * *- 2J // T 6 27 3 8 (. – ., 2003. – 9 1. – T. 134–139. Y . ". T 2 34 ( 2-* 12/ 14 A32/ S7 2 +.341. S7 . 3 2(7 // C 6 S 6 27 3 822. – ., 2004. – 9 4. – T. 65–75. / . C. 27 3 82/* +2* 2 3*2( 21. 22 ,28 22 // 27 3. <. . – ., 2000. – y. 21, 9 1. – T. 26–38. # ". . A 212* 1* 21 2 34 S7 DJ* 1 + 1*+ 1* ,28 2 S7 6 * // 28 2( 6*: 2 34 S* 2 6 27 3 82/* +2* 6*+1S: *<-. . + E. – T.- +, 2004. – T. 190–195. Juffer K. A. (1984). State of the art research on culture shock // ISECSI Bulletin of International Interchanges. – 1984. – 9 21. – . 16–28.

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%0 C. . 27 3 82/* + ( 8 1 14 + -*(1*34 12 // T 234 -6 27 3 82/* + ( 1* 2(. – T D., 2000. – T. 224–236. 7. Phillips E. The social skills basis of psychopathology. – New York: Grune and Stratton, 1999. 8. O’Brien J. S, Holborn S. W. Verbal and nonverbal expressions as reinforcers in verbal conditionining of adalt conversation // Journal of Behaviour Psychiatry. – 1979. – 9 10. – . 267–269. 9. Hayes J. Interpersonal sills at work (2nd edn). – London: Routledge, 2002. 10. Hargie O., Dickson D. Skilled interpersonal communication. Research, theory and practice (4th edn). – London – New York, 2004. 11. # . Y., ! 0 4 ". . * 34 ( 6*- 8 82+ *+ *6 22 8 .66 = *E3*+ 22 + + E , 6 27 + *+ 2= D 1S 6 +12/* + 8 6 27 3 8 // D3*,2 A 21+. 1 - + 3* ( 6 27 3 8 / 5 3.
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32A2 .*1 ( A /* 2* 2 34 S7 6 *- 1 3* 2= 32/ 12/8 .66S 6 * * - 61 22 + 2 34 S, 2A,* * 2(, 2 27 6 3*- 1 2(, -3( . 3 2= <2A 2 2 -*(1*34 12 32/ 12, 1 +<* 34 DJ* 1 *-/* + 8 , / 1 12 8 <- + 8 , D A 2( + + E +1 E ,2 2( 2 34 S7 6 *- 1 3* 2= ./ J27 ( 2 1*7 3 822 6 SH* 2( 27 2 34 - - 612 S7 A, < 1*= ,+ 7 H+ 34 8 D A 2(. , 1 * S 6 -7 -S + +3 2E2+ 22 8 <- +27 + ,6*1* 1 1*= + + *32 8 <- + 8 D A 2( H+ 34 2+ . *- 1 3* *A.341 1S 6 27 *, 12/* + 8 2 3*2( 6 *- 1 3* 2= ./ J27 ( 1 H27 +3 2 ./21*3*= = 2 1 H*= 1.6* *= DJ* D A 1*34 = *- *= H+ 3S 7 H*, 8 <- 2 *; *J* 27 A /* 2* -3( 6 *-*3* 2( 6.1*= 6 SH* 2( 2 34 - - 612 S7 A, < 1*= ./ J27 ( *- 1 ,2 8 <- + 8 D A 2(. % : 2 34 S* 6 *- 1 3* 2(, - 61 2(, 2 34 - - 612 S* A, < 12, 8 <- + * D A 2*, 8 <- + ( + ,6*1* 1 14. In the article consideration is given to the role of social representations of an individual/group in the process of adaptation to social changes and their impact on individual’s life and activities as well as the role of social studies and citizenship education in particular as a factor of students’ social representation development and technology of increasing their social adaptation capabilities within school education. Approaches to citizenship competences as the goal of citizenship education are described. The article presents the results of the psycho semantic research of upper-secondary school students’ and lower- and upper-secondary school teachers’ representations of a good citizen and considers their impact on identifying ways of increasing students’ social adaptation capabilities by means of citizenship education. Key words: social representations, adaptation, social adaptation capabilities, citizenship education, citizenship competence.

B . , -( 4+ 1 G +30/ 2, E +1 , 34 5 - 61 5 ./ . ,*< 7 H+ 32. C2 /* ( 34 27 .( 3* 4 ./ 2+ / 34 - 27 8 6 * . 6 8 , -( 4+ 1 - G A, 8. 2A /212 6 (,2 - + 3* ( 170

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1*8 5 , -2E + 5 -2 2- , 34 5 E , 5, 1 * 5 +.341. 0 1 + *,2,2 8 .6 ,2, 632 0/2 “6* *+3 -” E , 5 .( 3* ( A8 83.A-.. =8 3 H2, E ,, (+ ,. A8 1 G14 ( *= 6 * , G 8 .6 , 55 -, 2 1*, .( 3* 4, J +3 3 ( H* [4]. 6*+12 34 27 .( 3* 4 6 1 *D.014 D32 5 . 82. F* .-<* ( 1 2. 6 *-32 14 6 2.1 . - , 1 + < 8 ./ ( 6 3(014 4 8 6 1.<2= , 34 2= 1 *, = 2= 632 , D32 1 H = H+ 3 . < 2= ./* 4 .6* * 2=, J = 8 .( 3* ( 6 6 D <211( - 2 2 , < 30-4,2 . 6 34 1 G 6 234 2,2, (+J * =+ J2,2. * *A 5 .( 3* ( ./* 4 1* 6 *1.G + 32H = 1 6 3+.G14 ( A H2,2. y ,. 57, -.,+. - <*, * , < < 12 6* *6 0, (+. 6 1 D 6 2D 12. 7 34 D 34H +3 - . 27 , < 6 1 D 6 23 12 ( 6 - / D 12 +3 , + 34+2 2 *6 *A* 1.014 -2 -. 34 2= - -.,+2 ./ . 1 + 8 6 -7 -. ./ 3 - 014 8 , -( 4+2,2 A (,2 /* *A 6 ., (+ - 6 , 8 G 5, . - ,212 5 3 .( 3* ( 1 -2 1 0 12 ( - 27. , 1 8 , -( 4+ 5 12 6 (, 2= E ,. ( 2A+2 + 1*8 = + ,6*1* 1 1*=, + < A (+27 , G - D< 12 ( D.-4-(+ = / 34 = 21. 5: • 0 . , (+ , G0 /* 8 0, 7 630014 / 12 2 8 .62: 1) 6 6 3 12/ + ,6*1* 1 1 ; 2) A (,< - 5 21. 5; 3) + ,6*1* 1 1 6 *-. 8 7 +1* .; 4) A ( 6 2 26 1*= 6 30-2 2 1 -*, + 12/ 8 8 , -( 1 ; • . 1 B , J 1 3(14 *, = 2= 6*+1 1 .014 ( 6* *+ 4 1 . - ,3* ( 6 2 26 , (+ G 0 A G, - 2 D2 A H2,2 30-4,2 1 , 1 6 H2 0014 ( 1 0 -3( -*, + 12/ 8 8 , -( 1 ; -*14 ( 6 D -., 14 314; • # # # 2, B 1 . , J A / 014 A- 1 14 <212 = 6 6 0 12 A H2,2, A ’(A. 12 + E3 +12 A 6 2 26 ,2 -*, + 12/ 8 6 , D 12 ./ 14 . 6.D3 / 27 -*D 1 7 [5]. H +3 2E + (, A 6 6 . |*34-7 . , [6], A83(- G + ,6*1* 1 1 (A (, 1 2 1 1 , 1*173

3*+1. 34 , ( 1 , ( ./ 1 ) -6 - / 12 4 7 2, 8 , -( 1 : . 0 . 0 , 1 0 , 5 5 0 1 0 . *-* 27 +3 2E + = 8 , -( 4+27 + ,6*1* 1 1*=, J 2A / 014 ,*1., A, 1 ,*1 -2+. 8 , -( 4+ 5 12, D.3 6 D., -*34 - D 8 8 , -( 2 , (+ = „ . 1.G14 ( *,6 2/ / 12 H 8 - 3 -<* (. 5 ,*1 0 G 2 /* ( .( 3* 4 1 H +3 2+ , ./21*3 8 1 H 8 1.6* I 1 A D 2+ A, 1. . 6 34 1 A / 5 12 6 - D 8 8 , -( 2 . - 3 -<* D 32 ./ 14 30 ./ 10–11 +3 30 ./21*3 A 27 6 *-,*1 I ,. 2G , 1 + < 18 ./21*3 , .+ 1 +* 2+ 12 A 27 , 6 2/*1 27 - E ,. ( A, 1. . 6 34 1 A / 5, A + *, 8 , -( 4+ 5, 12 H3(7 , A D+2 55 27 6 (, + *61. 34 27 - +.,* 1 , / 34 27 6 8 , A + *,27 6 *-,*1 /+. 1 57 / 34 -,*1 -2/ 8 A D*A6*/* (. A /2, , J + 34+2 - 3 -<* D 3 ./ 14 D,*<* + 34+ 14 ./ 2+ , = 8 *A.341 12 , <.14 -/212 1 34+2 6 6* 1* -* 5, J 6 1* 8 014 ( 8 3.A 8 , -( 4+ 5 12 1 H +3 2+ . C < G, A - 34 * A.62 212 ( *A.341 1 7 E +1 8 3 A. , 2 . - 27, 1 2, 27 . *A.341 1 621. ( ./ 1 H27 +3 I. 3 A.0/2 +2 * 6 -* 1 J - A 6 6 27 7 +1* 2 12+ - D 8 8 , -( 2 (A . D.3 A(1 H* 12E +1 . , -*34), ,2 2- 3232 +3 *, 12/ 8 6 1 . .( 3* 4 ./ 6 - D 8 8 , -( 2 . 8 , =D 34H E , 12 2, E +1 , 1 E +1 ,J -/214 6 3 H1 14 ./ A + 3.7 ( 14, 6 8. - 3 -2, 6 -1 2,+. .0/27 , +.341. 2 1 6 <211(, 34 5 -*5, 6 8. - 6 *- 1 2+ . (-., . - ,3* ( D ’(A+. D 12 ./ 14 . 8 3 . . 50 E +1 2 D’G- 32 .-<* (, (+ 6 *- 1 3(014 ! . (F* * *3 , - D A2/32 , 6 (- 1 - D 30-2 A 6 A212 2,2 -.,+ ,2, (+ , 8 G14 ( A . , A =12 6 34 . , ., *-* A2= 6 D <211(). z E +1 D’G.-<* ( 6 - A 0 “ " " ” = 174

7 62 1 + ,2 6 *- +2, (+ ( - 6 , 82 *A = ,2, 30-(,, 6 -1 2, ( /2 1 12 .32 (7 6 +3. (6 + 32H G * *- 2J*, *D =-.< 14 - ,* H A D*A6*/* 27 6 1/2A 2+ , A ( 3 27 6 6 8 - 6 H27. ’4 E +1 6 G2 2, J 7 +1* 2A.014 " " , J +3 - G14 ( A ./ 1 8 , - 4+27 8 A (7, - (34 1 D3 8 6 34 12, ./ 1 6 3 12/ 27 -2 +. (7, .,3 8 2+ ( D ’(A+ , 6 8 * ( 6 6 0 12 A ( 6 -1 2,. 12 2 +2= E 7 2= * 4. W – E +1 – , J.G 6 8 * ( , 1= 6 2=, 12 H* ( = -6 - 12 A 57 3 -+2, 1. D 1. 6 6 D3*,2 1 /* (, 6 1 12/ . 3 H1 14, 6 *-32 14. *A.341 1 ,2 E +1 8 3 A. , < A D212 2 +, J .( 3* ( ./ 6 - D 8 8 , -( 2 3 ,. -6 - 014 / +. (, -* < 2 57 8 , -( , ,* / +. (, 3 (34 1 6 82 - 3 -2, A + 3.7 ( 1 , A ( 1 5 +.341. 2 8 -., 1. D 12 6 1* * 2 -* < 2. A , A 12, .( 3* ( -/ 14 6 2 + 2, 82 ./ , 5 -* < 2 1 / +. ( - *5 D, 0 3 (34 14, 1<*, 2 +2= 1.6 4 *+ 1* 34 1 . C <32 0 +3 - 0 *, 12/ 8 6 1 . .( 3* 4 ./ G 6 (- , 6 A212 30-2 A 2 +2, *, +.341. 2. } 34 5 +12 1 = -6 - 34 1 (+ +30/ 27 2 ./ 8 A., ( 8 , -( 1 , 1 , 7 / 2 = 6 2 .1 .( 3* (7 ./ , 6 1* G =,* H E , 12 2,2 + ,6 * 1 ,2. C2- G14 ( , <32 2, A D212 2 +, J .( 3* ( ./ 6 - D 8 8 , -( 2 „ . 1.014 ( 3 ,. 6* ,. 3 2,2 + 8 12 2,2 1 *12/ 2,2 + ,6*1* 1 1(,2 (A - <*), 7 / 2+ 2 1 5 ,*1 -2+2 * , < A .6* * 10 1 * -<. 12 6 1* 2A 0 -6 - 27 6 (14 1*=, + 34+2, 6* 0 , 0, -6 - ./ , <.14 D.12 A., 3* E +1 , -6 - 1 34 2, / +. (,. / 8 H* ./ -*, 1 .014 A- 1 14 +12 5 - 5 = -6 - 34 1 . *A.341 12 - 3 -<* ( * 6 -*, 1 . 32 3 H1 1 ./ + 212/ 2= 3 A . 6 34 27 6 * 1*= 1 2( 3* ( 12 2 J - 57 D8 * ( = 6* *83(-., (+J 2 6* *H175

+ -< 014 34 = * 3 A 5 57 6 . 1* ,* +12 * + 212/ * 1 3* ( - . 6 34 27 1*= 6 * 2A / G ./ * A., ( 8 , -( 1 -6 2, 8 . 6 34 1 G <32 2, E +1 , 34 5 - 61 5 ./ . 1<*, 1 = - 34 . A, 1 . 6 34 1 A / 5 12 6 23212 8 3 E ,. 6 *- + -6 * . 34 27 ., 4 ./ 1 57 34 27 + ,6*1* 1 1*=, J 12,.30 12,* + 212/ 2= 3 A . 6 34 27 6 D3*, , G0 /* 8 0, 6 2(12,* A 21+ -*+ 1 27 .( 3* 4 ./ 6 . 6 34 1 , ,*7 A,2 = 8 E. + . ( 57 34 . 4 ,.. ' + . 82 A 21+. ,* 4 8 + ,6 * 1 8 , -( 4+ 5 + ,6*1* 1 1 6 -1 * -<.G 1 + < 3 A A, 1. . 6 34 1 A / 5 8 3.A * < 8 1 - 1. 12 -3( 8 1 H 8 1.6* I 1 -6 - 27 / 34 27 6 8 , [7]. } < - /21*3 , 1 = 8 , H2= E +1 , J 2A / G *, 12+. 57 7 .( 3* 4 6 - D 8 8 , -( 2 , +3 - G14 ( A .-<* 4 6 ! (| 1). D 2= 8 , -( 2 .( 3* (7 ./21*3 – * 6* H A * 27 = 6 (- 30-2 , (+ , G = 7 /* 6 6 0 12 A H2,2, 6 *-32 = -6 - 34 , -+2- G 234 1 , 6 < G H27 30-*= 1 57 6 , - 1 2,.G14 ( * 1 34+2 0 2-2/ 27, = , 34 27 ,. C <32 * , * *, 12 .( 3* 4 ./21*3 A =, G 1 + < E +1 # # # (| 2–3), J 7 630G 6 /.11( 6 1 12A,., 2 +. 6 3 12/ ., 34 . = 6 . - , 14, 3 H1 14 +12 . 8 , - 4+. - (34 14. / . 8. , G E +1 # (| 4), J 7 +1* 2A.G14 ( .-<* (,2 6 <32 14 6 - 2J* ( 3 8 1*3*+1. 34 8 = E 7 8 (, 6 8 * ( - 6 12 = 1* * - +.341. 8 <211( . 6 34 1 . * * A /* ( - 014 ./21*3 = " " (| 5) (+ 2 - D 8 8 , -( 2 , (+2= 6 2 * /*, 6 -212 (, - 1 2,. 12 ( 6 23 < 4 8 .7., D 8 1 6 0 12, * 12 A2= 6 D <211( = * , 12 H+ -32 27 A 2/ +. =,* H E , 12 2, 2( 2 ( E +1 (| 6), J D’G.-<* (, (+ 7 +1* 2A.014 - D 8 8 , -( 2 (+ 1 + 8 , J 6 < G . (- 3 -., G A + 3.7 ( 2,, - 1 2,.G14 ( A 8 34 2A 27 , +.341. 2 1 6 <211( /* 6 0G D3 8 -* < 2. 176

. 1<*, A 6 83(-. /21*3 - D 2= 8 , -( 2 – H , 6 (- 30-2 , (+ - 1 2,.G14 ( , 34 27 , 1 1*= A 6 8 0 1 214 ( H27 30-*=. -, . - ./ , ./21*3 - 014 A / D 34H 8 A /* ( +12 = 8 , -( 4+ = 6 A2 5 (+ 2 - D 8 8 , -( 2 A / ,* H* . 82 6 2- 3(014 2( 3* 0 3 (34 1 D2 - -* < 2. A /* -, 1 , < 6 ( 212 D’G+12 2,2 E +1 ,2, (+- 1 A 2 *0 . ,- , 1 1. 1 J . D32 1 .( 3* 4 ./21*3 , .6 <* 27 A- = 012 8 , -( 4+. 1. = 27 ( H+ 3( , J - 8 , -( 4+27 1*= D2 1 1 3 - D 12 - . 82 6 - / E ,. ( 3*= A - 4 8 , -( 4+ 5 12 3 ,. AD3* ( -6 - 27 / 34 27 6 8 , A + *, . 7 1 + < - 34 3 A. 12 6 - +.1 , A . , <32 1*= -*+ 1 8 A ’(A ( A - 4 8 , -( 4+ 5 12 H = -* < . *7

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B5 / . . 2= +2= ,* 1 321*1: + -+.341. S= 2 126 3 82/* +2= 6 -7 -S // 2= +2= ,* 1 321*1. C 6 S 6 27 3 82/* + = 1* 22 2 6 +12+2. – .: -1 6 27 3 822 , 1997. – C. 7–37. Audigier F. Teaching about society, passing on values. – Council of Europe Publishing, 1996. 9 6. ,6*1* 1 14 *,* , DJ* 1 *. CS( 3* 2*, A 212* 2 * 32A 2(. – .: 821 -F* 1 , 2002. A # !. . 3*-2* . . •* 14* 2 *,* ( 6 27 3 82( 2 34 8 6 A 2( // 2 6 27 3 822. – 2003. – 9 2. – T. 124– 135. Audiger F. Concepts de base et competence-cles de l’education a la citoyannete democratique: Une deuxieme synthese. – Strasbourg: Conseil de l’Europe, 1999. Veldhuis R. Education for Democratic Citizenship: Dimensions of Citizenship, Core Competences, Variables and International Activities. – Strasbourg: Council of Europe, 1997. D*A6*/* ( E ,. ( 8 , -( 4+ 5 + ,6*1* 1 1 . / 34 - 27 ,. 6 * A 8 34 1 4 5 H+ 32 + 5 2: - .,+ 2= - +.,* 1 D / 5 8 .62 A A D3* ( / 34 27 6 8 , 6 *+1. “ , -( 4+ 1 – + 5 ”. – *<2, - 1.6.: http://www.civiced.org.ua. ©

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A83(- 014 ( .D’G+12 /2 2+2 8* -* 5 * 1 6 E* = = E* 1 57 6 ( 2 6 - +.1 , A . 6 + J* ( ., 6 E* = 5 , * 3 A 5 D2 1 1 . ’( .G14 ( 34 + ’G 27 - , 8 4 1.-* 1 4+ 5 , 3 - J - - (8 * ( D < 8 1 2J ., 8* -* ,. 6*+1 . : + ’G , * 4 + ’G 27 - , 8 4, * . 2 1 D,*<* (, 1 - , 8 (, - , 8 ( J - A 63 12, 6 - , 8 (, +* 2 4+ - , 8 (. , 1 2 01 ( .D‰*+12 S* E +1 S 8* -* 8 * * 1 6 E* 2 34 = E* * 2 27 6 ( 3* 2( 1 /+2 A *2( .3./H* 2( . 3 2= 6 E* 2 34 = , * 32A 22 32/ 12. CS( (*1 ( 34 + 4* S7 6 21(A 2= 1.-* /* + = , 3 -*<2 1 21*34 - 12<* 2( <*3 *, 8 6 3 <* 2( 2.,* 8* -* , 6*+1*. % : + 4* , . * 4 + 4* S7 6 21(A 2=, * . S 2 8 2/* 2(, D A 1*34 S* 6 21(A 2(, 6 21(A 2( 1 21*34 A 63 1S, - 3< 1 S* 6 21(A 2(, .+ -21*34 +2* 6 21(A 2(. Subjective factors of gender inequality in professional realm and their display from the point of view of a personality professional selfrealization conditions improvement are examined. The role of university students’ career inspirations concerning desirable social position in its gender aspect are being revealed. Key words: career, career aspirations level, resources and limitations, education aspirations, salary claims, job claims, manager claims.

B . 4 8 - H = -* 4 /* 2- 2, E +1 , G 8* -* * 14 2 +. 6 + 5 2, + 32 / 3 +2 < +2 , 014 * - + , <32 1 -3( + ’G 8 6 . ( 1 *3A 5 3 8 6 1* 3. 6 E* = = E* . y +, * *-* < 27 3.
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J A 27 30-*= - * = 1* ,* - , 8 (( 1 G, , 1* 34 * 1 J ) , <* D. 12 A 27 A /* 4 . ,*< 7 6* 8 - 6 A .. y ,. 1* , “ * 4 + ’G 27 - , 8 4” A83(- 12,*, (+ 1 +* + + *1 * A /* ( - 6 A 6 1 *D2, (+* D2 1 14 34 D 3 -3( *D*, -, . - 127 A /* 4, (+ ,. 214 6 2=, 12 6 - 12 + , A H 7 ( 34 27) D 1 2 . 3 - A A8 - 2,2 - 3 -<* (,2 A 621 ( D.3 E ,.34 1 +2, /2 ,, J D +1. 3 A. 12 . - , 1 * 6 -* 1 1 = * 4 - , 8 4, (+2= 2 < 014 A # -3( *D*. 8 D3 + A 621 4 +*12 , ,*1 2( 212 1 = , , 34 2= D * . , (+2, 4 8 - H = -* 4 3 - 014 * 6 -* 12, -<*, (+ A A / G14 ( 3 1* 1. [3], * 4- , 8 4 E ,.G14 ( 6 - 632 , .( 3* 4 D2 1 1 6 ( *5 * . 2 (, <32 1 ) 1 D,*<* (, (+ 6* *H+ -< 014 - (8 * 0 6 1 3* 8 (. T3 - A A /212, J 4 ,. 26 -+. ,2 A83(- 32 * 4 1 7 - , 8 4 (- 1 1 = * 4 12) (+ -2 A * . - (8 * ( + ’G 27 - , 8 4. 50 D3 + A 621 4 D. D*A6 * *- 4 6 (, 2= 2( 3* ( ( + ’G 27 - , 8 4 1.-* 1 . C2A / 0/2 6 *-,*1 + ’G 27 - , 8 4, ,2 +* . 32 ( A 6 6 2,2 . 2J*A A /* 27 - 3 -<* (7 + ,6 * 1 ,2, (+ G 1 2D.1 ,2 6 E* = 5 + ’G 2: 6 - , +* 2 1 (+ 34+ 14 6 -3*8327) A 63 1 . + 341* 12 2 -6 -*= 26 D. 2, 6 6 . 32 ( 6* - 6 A 21 8 D H 8 2-. - , 8 4. 6 2+3 -, A 621 ( “ +. 6 -. C2 D < 32 - 1 1 4 0 -3( *D* , =D.1 4 ,.?” 6 6 . 32 ( 1 + 12 -6 -*=: 1 – (- 2= 6 2+; 2 – +* 2+ * *32+ 8 -- 3* (/6 - A- 3.; 3 – +* 2+ *32+ 8 -- 3* (/6 - A- 3.; 4 – +* 2+ 6 -6 2G, 1 ; 5 – +* 2+ D 34H 2 +27 3 + .6 3 (. C2D 1 G5 D H 5 -6 -/2 6 * 4 - , 8 4 1.-* 1 . T62 0/2 4 28 34 - 3 -<* (, - 6. + G, , J *-* ,. 6* *3 +. A 621 4 A 2 ( , < . - ,2 1 ,2 -6 -*= G 6 2D32A - + 0, J - G , 6 - 1 2 2+ 2 1 12 ,*1 2/ . H+ 3. 1 * *- A /* ( -3( 6 *-* ( 1 12 12/ 8 3 A.. 3 A -6 -*= 6* H 8 D3 +. +*12, ,*1 0 (+ 8 D.3 2( 212 D A 2= D * . , (+2, 3 - 014 * 6 -* 12, + A.G 1*, J / 3 +2 < +2 - + 6 A212 180

1 3(14 ( - 6 (11( “+ ’G ” (A, “ 1 14” “ 1 3* ( + ’G 2” * 6 ’(A - A - 0 6 2 + 21* 5 *A 3*< 1 x² = 6, 144; p = ,105) 0, 0 0014 ( 14 . *D* 6 +12/ 27 2/ +, J 2, 8 014 ( - , 3 - 8 6* 3 1 (., ( 6 0 12 A + ,6’01* , 1 81*7 + 0, ( 14 6 +12/ 8 -. D 12 A G0 6* 34 10, A ( A*, 5 , 2). ( ( * *- 7 A /* 4 . 8 .6 7 / 3 + < +A 6 + A 2+ , “- 1 1 = * 4 12” + A.G 2J2= * 4 1 7 - , 8 4 < + (p = ,002). + -/ 14 *A.341 12 - 3 -<* (, D 34H* < + 6 8 .14 A- D.12 2J 12, 1 (+ D 34H* / 3 + , < < +, A - 34 (G 1.6 4 6* 3 1 D , 8 1 , 1 D1 2J 1 . + 34+2 * *- = + * 6 -* 1 + 1 214 21 + , /* 2- , 57 ( 1*6* H ( 6* 34 14 G 6* H 0 1 0, D < ( A / 5 + 34+ 1 - / 1 1 2, 12 ,* 2J 12, 1 D1 J* - ., H. 6* 3414, -/214, H. -.,+., 6 6* . * - 3* 14 < + 57 , 1*6* H , E 7 , 1 +12 * D < ( 1 2, 12 6 2 D32 H. 6 E* 0. 2 . 1 A D <* A6 - 3 -6 -*= / 3 + < + A 621 ( 6 - 1 1 = * 4 12.

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T1 110 6 2 (/* 6 D3*, 6 2= (11( 34 5 * 1 A 2,2 + 2,2 8 .6 ,2. 3 -<* (, 1 3* , J .( 3* ( 6 34 . * 14 . , = - , 1 G 34+1. 3 A 2,2 *A 3*< - +. * 6 -* 1 . + A , J 12 2= 6 1 6 (11( “ 34 * 14” , G *8 12 2= 7 +1* -3( D 34H 1 * 6 -* 1 , 3* 1.6 4 8 1 12 6 2= (11( = 8 A / 0 , 0 A 3*<214 - 57 +.: -3( D 1 H 8 * *- 4 8 +. 12 2= 6 1 6 (11( “ 34 * 14” , G ( 2 <* 2= *8 12 2= 7 +1* 1 6 ’(A 2= A-*D 34H 8 A 34 -6 3 12/ 0, , 34 *12/ 0 1 *+ , / 0 + 1*8 (,2; -3( D , 3 -H 8 +. 12 2= 6 1 4 8 6 (11( , G + H* *=1 34 2= 7 +1* 1 6 ’(A.G14 ( A-*D 34H 8 A *+ , / 0 1 1 2/ 0 + 1*8 (,2. : 34 * 14, 12 2= 6 1 , D 1 +1 -*, = 5, 6 *-,*1 -6 +12/ 5. T1 14( 6 (J* 6 D3*,* 6 2(12( 2 34 8 * * 1 A32/ S,2 A 1 S,2 8 .66 ,2. 3*2*, . 1 3* , /1 6 *- 1 3* 2( 2 34 , * * 1 * , , A 22 ( 3(01 ( 2 34 +1. 32A2 S,2 *A 22, 1 A 1 * 6 -* 1 . + A , /1 2 12 *6 1 1 6 (12( “ 2 34 * * * 1 ” 2,**1 *8 12 S= 185

7 +1* -3( D 34H2 1 * 6 -* 1 , 1*6* 4 1 1S 6 2(12( *8 A /21*34 = 1*6* 2 A 2 21 1 27 A 1 : -3( 32 1 H*8 2 *- *8 A 1 2 12 * 6 1 1 6 (12( “ 2 34 * * * 1 ” 2,**1 ( S <* S= *8 12 S= 7 +1* 2 (A 6 *<-* *8 2 34 6 3212/* + =, , 34 -U12/* + = 2 U+ ,2/* + = + 1*8 2(,2; -3( 32 ,3 -H*8 A 1 2 12 *6 1 1 U1 8 6 (12( 21 + ** *=1 34 S= 7 +1* 2 (AS *1 ( U+ ,2/* + = 2 2 1 2/* + = + 1*8 2(,2. % : 2 34 * * * 1 , 2 12 * 6 1 1 , D 1 +1 -U, 2 34 S* 2 22, 6 *-,*1-6 +12/* +2* 2 22. The article is devoted to the problem of the social inequality perception by different age cohorts. The result of the study shows that the idea about the social inequality existing in the mass consciousness is socially actualized independently on the respondents’ age. It is shown that the associative space of the idea of “social inequality’ is of negative nature for the majority of respondents but the level of perception pungency to a big extent depends upon their age: for people of older and middle age the associative space of the “social inequality” notion is of clearly negative nature and is connected mainly to the social-political, moral-ethical and economical categories. For younger people the associative space of this notion is rather of neutral nature and is connected to the economical and historical categories mainly. Key words: social inequality, associative space, abstract and emotional associations, object and practical associations.

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C <32 6 ,’(1 12, J 34 * 14 , G * 1 34+2 D’G+12 2= 7 +1* , = 6 *- 1 3* , - D <* . 6 34= - , 1 A -(+2 4 ,. - 1 G , <32 14 -1 0 12( -2 -. 34 27 + 3*+12 27 6 +12+ 7. T3 - 6 2 4 ,. 6 -+ * 3212 * /* 2- 14 * - A / 14 A ’(A+. E* ,* - , 1 A D’G+12 2,2 ., ,2. + -A / G . E, , D’G+12 * 14 “, <* D.12 *A / 0, 3* 6 2=, 12 ( (+ A / , 3 0/ * 1* 6 , , 6 +2, , <* D.12 - 214 1 1 0, 3* 6 2=, 12 ( (+ *A / , 6 2= (1 , 34 ” [1, . 181]. 6 -28, 34 5 - 5 * 14 6 1 G (+ 34 -*(, -*5 1 .( 3* ( 6 (- A , 1* 34 2,2 ., ,2, A 1* G0 . C*D* , A- 1 632 12 34 * <211( [2]. 6 A25 1 .+1. 5 A G, - 5 (y. , . * 1 ) .( 3* ( 6 * 14 3*< 14 D2 1 5 , 12 5, J G 2 H 34 0 6 2 2+ 127 D H27 E. + 34 27 ,6* 12[3]. 6 83(-. E. + 3 A,. . 0 +8 =, * 14 G *3*,* 1 , 1 8 A 2-. 34 27 E +1 , J A2 G + 3*+12 2,2 .( 3* (,2. y +2= 6 83(* 14 - G A, 8. A D212 2 +, J 6 *-32 14 E. + 34 3.<214 -<* *3 , A8 -2 = 6 *-32 1 , + 34+2 2+ .G (- . 6 34 <32 27 E. + =: “ 12,.30G + +. * 0, 1<*, A 1 G (+ 14 1 28 014 H2 + * 1 2 *3* (” [3, . 56]. 8 34 14, 6 +2, 6 AD 3(G 30-*= 12,.3 - 6 .(, D < ( - +3 - 12 , + 2,., A. 234 A- D 1*= -3( 2+ ( D ’(A+ . y* *12+2 1 .+1. 8 E. + 3 A,. 6 2- 3(32 1 1 . 34 . 6 34 2, .( 3* (,, < 0/2, J .1 10 34 5 * 1 D.-4-(+ ,. . 6 34 1 G 2 1*, + 3*+12 27 1*= – , 34 27 , 1 .( 3* 4, . 1*, 7 (+ 5 0014 ( A 34 -2 2 . , 1 D 1*= . 0 /* 8. 2A / 014 ( 12,, (+ A 6 D3*, (+2= 121.1 - , .014 . 4 ,. . 6 34 1 [2]. y* *12+2 + E3 +1 5 H+ 32 A83(- 014 34 . * 14 (+ 1 +., J 2 2+ G A . 6 34 5 D 14D2 A D -*E 21 1 2 6 3.82 [1 , , ]. T. 6 34 2= + E3 +1 2 2+ G 1 - , + 32 .J*,3* 8 .62 . - ,30014 56 = 34 * 1 2J* 2, 8 014 A, 212 E , 6 (-+2. * 14 6 187

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1 -= 1 34 5 - = 1 . H2,2 3 ,2, 2 G D3 + ,2 34 5 * 34 1 , J + 1 .0014 ( A - 6 , 8 0 + 8 12 27 ,*7 A, . C2 / 0/2 D32 1 .( 3* 4 6 34 . * 14, A B’[ # #6 4 ,2 A(32 .( 3* ( * 6 -* 1 + , - 18 - 55 + . # 8 0 # #6 4 1 32 D32 1 .( 3* 4 6 34 . * 14 * 6 -* 1 G5 + 5 + 1*8 5. D 1 D.3 2+ 2 1 1 + # # #6 4, (+ 3 * 5 832D2 , - 1* ’0. + 34+2 - ,. *1 6 - 3 -<* ( * D7 - D.3 A E + .12 * *E3*+ , , /* 2- + ,6 * 12 .( 3* ( 6 34 . * 14, ,2 - 32 ( =D 34H -*+ 1 8 ,*1 -., J - G A, 8. A D212 *, – 34 8 12 8 *+ 6*2,* 1.. * 6 -* 1 , 6 6 . 3 ( * 12 1 2-6’(14 = ( * + =) - 6 (11( “ 34 * 14”. D212 * 1 *D D.3 * A-.,.0/2, E + .0/2 6* H 3 , J 6 - 014 -.,+.. *1 - , 26 -+ 5 2D +2 - 3 -<* (, D.3 7 63* 150 D – / 3 + < + + , 18–55 + , A + *, , 3 -H 8 (18–30 + ), * *- 4 8 (30–45 + ) 1 H 8 (45–55 + ) +.. *-* * - 3 -<* ( 2( 23 , J 1.6 4 8 1 12 6 2= (11( 1 + 8 6 (11(, (+ “ 34 * 14” A / 0 , 0 A 3*<214 - +. * 6 -* 1 . - .,+2 - 3 -<* ( -/ 14 6 1*, J 12 2= 6 1 6 (11( “ 34 * 14” , G: • ( 2 <* 2= *8 12 2= 7 +1* -3( D 34H 1 *6 -* 1 1 H 8 * *- 4 8 +. ( - 30 - 55 + ); • *=1 34 2= (/ 1 H*) D *8 12 2= ( -H*) 7 +1* -3( D 34H 1 * 6 -* 1 , 3 -H 8 +. ( - 18 - 30 + ). 3A 12 8 6 1 . 6 (11( “ 34 * 14” - A, 8. 2- 3212 1 + 8 .62 * + = 12,.3 “ 34 * 14” (. 6 (-+. / 1 12 A8 -. (): ! : • 4 1 -. 0 4: 3 - , . (-, 6 3 12+2, 3 8 72, 6 1 (, 3 - +3 2, *+ 63. 1 (, -*, 1 (, * 1 D 34 14, A .7 , + 2A , 6 .8 , + E3 +1, * , <32 1 , A3 /2 14, + , (, * /* 14, 2A,, 3 A,, D*A3 --(, 6 1* 1, 6 * - -*, + 1 (; 189

• 4 0 4: * 6 *-14, D A , A A- 14, */* 14, A3 14, 6 -3 14, * A.(, *6 - , - A , 6 *A2 1 , , 34 14, 3(, /2 , 3+ 8 3 A,, + , (, D -212A,, A3 14, 6 1 * * 6 34 1 , -. 14, 234 1 , 8 D3* (, -*8 - ( , 3 - , *6 - , 34 1 , D-. 0 (, -21(/2= 63 /; • 4 0 4: -, 1 - 7 - 7, E * 14, D - 14, D 8 1 1 , .D 8 14, 8 3 -, D 1 , *E ,2, D*A D 11(, - 7 -2, 6* (, + 6 1 3 A,, 6 , - , 2 + 6 - 1+2, D0-<*1 8 H , + .6 (; • 4 0 4: D 14D , * 30(, +3 2, D. <. A (, + 3*+12 A (, 6 - A+3 -+ , + 6 1 3 A,, * *- 4 //(, = , E .A4+ * 30 (, 63 1 5 A *8 ,2, + 6 +2, •* , T T ; • 4 0 4, . ’4 B 6 [ # # : A3 - <211(, , ( D 1 , 1 .- J , / 34 1 , ,*= 6 D3*,2, 4 8 - H = -* 4, , G <211(, *, <32 14 / (, *, <32 14 -6 /2 +., D2 1* 8 *, A 2<* ( ( <211(, , A* A 63 1 (, 6 D3*,2; : • 6 ’(A A + + *1 2,2 D2 1 1(,2: •* , + , 7,*1 , '* *A 4+2=, • A * + , ' 33 *=1 , y2, H* + ; • 0 0 5. : D - 2,, .D 82,, D D.(,, 6* * ,, D ,< ,, D*A6 21.34 2,, *8 ,, 34 4+2, <21*3(,; • 7 +1* -3( 5 . 8 / 1 / 0 5.: D 8 127 30-*=, - 1*= D 8 127, 3 8 7 , ,* 2+ , 27 ( , 30-*= 6 2 3 -. 2 4 ,. .( 3* * 6 -* 1 1 H 8 +. (45–55 + ) 6 (11( “ 34 * 14” 1 6 ’(A * 6* H. /* 8. A 6 3 12/ 0 + 1*8 G0, . - .8. – A , 34 -*12/ 0. 3( D 34H 1 A 27 126 2,2 G 5, A., 3* D2 12, <211G 2, - ,. * 6 -* 12 * *- 4 8 +. (30–45 + ) 6 (11( “ 34 * 14” 6 ’(A.014 6* *-. , A 6 3 12/ 0 + 1*8 G0, 1 + < – - + 0 , 0 – (+ A , 34 -*12/ 0, 1 + A *+ , / 0. 32 , A3 . A

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1. ! ` . C. 1 +2* 1*A2 S 2 3 822 * 1 2 * * 1 // T 2 3. 2 3*-. – 2004. – 9 7. – T. 25. 2. Y . y* 22 2 34 8 * * 1 A 6 - = 2 3 822. – .: , 2000. 3. ,* 2+ + ( 2 3 82/* + ( ,S 34 ( * 1 ., 2- <., y., I0 .) / - *-. 6 E. C. . D * 4+ . – .: A-, 1994. 4. C 0 ., "5 . T 2 34 * + 1 .2 2* * 34 12. – .: Akademia-F* 1 , *-2.,, 1995. 5. C5 # . / 3 : * . E . – .: Socio-Logos, 1994. 6. W 1 . T1 .+1. 6 *- * 8 ,SH3* 2( // T 2 . – 1988. – 9 2. – T. 129–137. 7. "5 . y 1 3 82( 2 6 - + , 62 2(7 *,* 8 DJ* 1 // T F -• T: * . 83., *,., E . – .: 8 * , 1991. – T. 194–218. 8. . T 2 34 * 6 *- 1 3* 2*: 2 1 2/* +2= 6*+1 // 27 3. <. . – 1995. – y. 16, 9 2. – T. 6–12. © @7 9A B L. . 191

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6 2 (/* 6 (34 = 7 +1* 2 12 6 1* =*+3 ,2 1 6 3 12/ 5 - , 1 1 6 3 12/ 2= 4+27 8 , -( . 3 -<.G14 ( - = 14 *+ 6* 1 ( *E*+12 1 632 . 6 3 12/ 5 *+3 ,2 27 2D / 5 + ,6 5. : 6 3 12/ *+3 , , E , = 2= 632 , 1 2, 6 8 A. ( 3 -+ E , = 8

T1 14( 6 (J* 21*34 = 7 +1* 2 12+* 6 1* 234 8 32( 2( *+3 ,S 1 ( 2* 6 3212/* + 8 A 2( 2 6 3212/* +2= SD .+ 2 +27 8 <- . 3*-.*1 ( -*<14 U+ 6* 1 8 * 2 2( UEE*+12 12 A-*= 1 2( 6 3212/* + = *+3 ,S 2AD2 1*3*= . 3 2(7 2AD2 1*34 = + ,6 22. % : 6 3212/* + ( *+3 , , 2 E , 2 * A-*= 1 2*, 6 3212/* +2* . 1 +2, 6 8 A2 2* *A.341 1 2 E , 2 8 A-*= 1 2(. The article is devoted to the contemporary analysis of the potential impact of advertising upon the political consciousness state and the political choice of Ukrainian citizens. The reliability of the expert assessment of the efficiency of political advertising influence upon voters under the conditions of election campaign is investigated. Key words: political advertising, information impact, political attitudes, information impact consequences prognostication.

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/ G / ., 8 H*=. + 6* 1 +2 A 6 2 -. 1 8 , (+ D.-.14 6 2= (1 2D (,2 6* 2= *+3 , 2= 32+, 6 3 12/2= 3 8 , 8 A*1 1 11( /2 32 1 + , . *= 6* - 1 63(014 ( - 214 / 1 . 1* * -+ -.,+2 *+ 6* 1 J - - 8 = 1 8 , 8 *+3 , 8 6 -.+1. G .6* */32 2,2, A G, 2+30/ 2,2. A 6 1 *D2 6* * 212 +2 *+ 6* 1 * 1 + .<* = +3 - . / +3 - H* * A D212 1 ,. A , + 32 6* **+ 6* 1 ,2 1 214 ( A ( 212 , <32 2= 632 8 , - 4+. -.,+. * - 8 , 3 5 2A+2 *+3 , 27 6 - ,3* 4. 4 ,. 26 -+. 6 D3*, - = 1 2 3 30 27 *+ 6* 1 ,2 +, 57 -6 - 1 * 34 ,. 1 6 6 1 G D32 8 1 , + 34+2 (+ 4 6* * 212 2 3 30 2,2 +2 2- G14 ( A (, 6 +12/ *, <32 2,. A 2/ = + 21* G, 12 1 /2 72D 1 +2 (6 8 A.) *+ 6* 1 G A 1 3* ( = 8 + A 12,2 E +1 ,2, 6 - (,2, (+ -D. 32 ( 6 -. 4 ,. * D.-4-(+. 2D /. + ,6 0 , < A83(- 12 (+ 6 2 - 2= *+ 6* 2,* 1 -A 2/ = *32+27 , H1 D , . (+ ,. 2D A A 014 3* 6 (, 8 1 1* 2 8 E , = 8 632 . A D +. 8 6 3 12/ 8 2 +., /2 3* - 3 - 2 4+ 1 .+1. 2 E + .014 = 8 6 ,*1 2. + *, , - A 27 A- = 0014 , 1 2 82 D (8. 2 D3* 5 E , 5 6* 5 6 (, 1: 6 - 7 .014 + 34+ 14 *E 8 / ., D (8 - .+ 5 6 -.+5, + 34+ 14 A8 - + 6 6* 8 6 3 12+ /2 6 1 0 1 J . H 6 - 7 .014 .,2 8 H*=, 21 /* 27 *+3 , . + ,6 0 12, /2 12, .D’G+1 , 2D /27 6* *8 . y *1 - 3 -+ .014 -2 , +. *3*+1 34 27 1 2D , 2 / 014 57 G 1 3* ( A , 1 27 6 - = . 6 34 -6 3 12/ 8 <211(, - 3 -<.014 * + 0 8 , - 4+ 5 -.,+2 =D 34H *A E , = 6 - ,3* ( 1 J . < 2= A J = A A /* 27 6 (, - 3 -<* 4 G -.<* * . G, 2,, + 34+2 6 1 *D.G A / 27 E 27 , 1* 34 27 A 1 1, 6 *32+ 5 + 34+ 1 30-*=. * *A * .+ 2= 6 *+1, . ,*< 7 (+ 8 D.32 D 1*8 + * 3* 2J* 6 (,+2, (- /2 6 - 23. 2 H212 (+ = 4 - = - 3 - 2 4+ = . 1 . y2, * ,* H* 6 +. 1*8 . 12 ( 6 0 ( 32H G14 (. -<* 1 34+2 1*8 ,. 283(- 3 -<* ( A- 1 , (+ 2- G14 (, 6 2 3.<212 ( 3 1 G5 D A2, A - 6 , 8 0 (+ 5 1 G , <32 2, A 1 212 * 1 34+2 6 8 A +2 *+ 6* 1 , 57 D„ . 1. ( A D 34H-,* H * 34 2, 1 , 6 <* 193

= 6 -3( 6 8 A. ( 2 D2 1 1 .

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+ - , , =6 H2 * H2= =6 1 H2= 126 *+ 6* 12A2 – * + 3 E + = , , 6 E* = ( 6* 3 A ) *+ 6* 12A . =/ 1 H* *= 2- *+ 6* 12A2 6* *-D / G 0 ( 6 E* = 5 - (34 1 - G5 30-2 2, J 6 -214 ( H2, 6 E* 3 ,, 3* 2J 8 ( + 3 E + 5. A * * A. (, A 72 12, 6 E* = + +. 2 1 J – 126 26 -+2 1 + 5 + 3 E + = 5 *+ 6* 12A2. .82= 126 *+ 6* 12A2 – * 6 3 6 E* = *+ 6* 12A , + 32 D’G+1, 1 * 2= . ,*< 7 - 8 2-. 6 E* = 5 - (341, 0G14 ( A 6 83(-. H 5 6 E* = 5 6 A2 5. D,*<* (, (+ 2 2+ 014 . 4 ,. 26 -+., 6 ’(A 1 34+2 A 12,, + 34+2 4 8 - ,2 A- 1 6* *-D /212 , <32 *A.341 12 1 3 -+2 - (34 1 2 1*,2. y *1 = 126 *+ 6* 12A2 , < A 12 . 6 34 0, D 6 <2 4+ 0, *+ 6* 12A 0. 4 ,. 26 -+. *+ 6* 1 ,2 1 014 30-2, (+ * G E 7 (,2 127 8 3.A(7, J , 014 D*A6 **- G - H* ( 0 8 D’G+1 , - + D*A6 * *- 4 D -/. 014 /2 -/. 12,.14 3 -+2 = 8 - 5. 7 .-<* ( 1 3(14 . 4 8 126. *+ 6* 12A2. , +*12 8 27 - 3 -<* (7 *= 126 *+ 6* 12A2 2+ 2 1 .G14 ( - 214 [1; 2]. .G 1 + < 6* 2= -= 8 A 1 . ( 1 *32+27 34 27 1 *+ , / 27 6 *+1 . H ,. 26 -+. (+ *+ 6* 1 D.3 A 3./* -263 , 27 6 27 3 8 , (+ , 014 .+ 2= 1.6 4 + -2- 1 6 27 3 8 / 27 .+, 1 + < 1.-* 1 -1 *14 +. 2+ , (+ 6*3 A.014 ( 8 3.A 6 27 3 8 5 1 3 8 5, 6 2+ 2D /27 H1 D -*(+27 6 3 12/ 27 6 1 = – . 4 8 44 D2. + 6* 1 , D.3 A 6 6 -6 12 (- -+ 2127 A 621 4, J 1 . 32 ( 632 . 6 3 12/ 5 *+3 ,2 2D . + 6* 1 ,, A + *, , 6 6 . 3 ( A 12 6 1 5 D3 +2, /20 *+3 ,. A 6 ,’(1 3 =D 34H* 2D . 71 + < 6 232 A 12 1 6 1 5 1 D3 +2, /2( *+3 , 6 - D 3 (, * 194

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– – –

– – –

=/ 1 H* 6 28 -. 3 ( *+3 , 127 6 1 = D3 + , J , 32 * 34 H 2 6 1 6212 - C* 7 5 -2. -6 3 2 . 621 27 A 6 ,’(1 32 *+3 ,. 1 5 *8 (63,5%) 1 “ H 5 + 5 2” (58%). *+3 , A. 233( '3 +. •. y2, H* + 1 - 8 D3 +. •21 2 2( 232 ( 1 1 ,* H *E*+12 2,2 – 57 0 *+3 ,. 6 28 -. 32 -6 D32A4+ 37% 31% * 6 -* 1 . T 3 12/ 5 1 ,. 12/ 5 6 1 = '3 +. . C 1 * + 6 + A 2+ 6 28 -. ( 6* *D. . ,*< 7 14–16%. T* *- 6 1 = D3 + , 6* *- 2D *=12 82 (+27 D 3 . 32 8 6 7 - 8 D ’G ., =/ 1 H* 6 28 -. 0 2( 23 ( *+3 , 6 A2 = 8 D3 +. y ! (26,7%) , -( 4+ 8 D3 +. (16,9%). 27 6 3 12/ 27 23 A / 1 1 0 6 28 -. ( *+3 ,2 1(< 3 6 1 ( “C /*” (12,9%). + 2- A *-* 27 . 1 D3. 1 - 27, *+ 6* 12 - 3 1 / A, 832 2A /212 (+ 6* *3 + ./ 2+ 2D /27 6* *8 , /2( *+3 , A 6 ,’(1 3 ( 2D (,2 =+ J*, 1 + *=12 8 A 6 ,’(1 . ( 57 4 5 *+3 ,2. =D 34H 1 / 2,2 57 +2 D.32 1 3 -* 2D /27 6* *8 , =,* H 1 / 2,2 – 1 6 1 5 “C /*” 1 1 5 A*3* 27. } D A A., 12, / ,. „ . 1.014 ( +2 *+ 6* 1 , 57 6 232 A 12 /2 2+2, (+ , 57 0 -.,+., A., 232 + J. A 6 ,’(1 . 14 *+3 ,2 2A /* 27 2,2 6 1 = D3 + . =/ 1 H* A8 -. 2,2 /2 2+ ,2 D.32 1 + : • D (82 -*, 1 5 *+3 ,2 ( , , ); • 28 34 14, *A 2/ 14, ( + 14 0<*1 ; • ( + 14 + 34 ; • 2+ 2 1 ( *+3 , - ,27 30-*=. *-* 2= 6* *3 + -/214, J * 1 . 82 *+ 6* 1 =/ 1 H* 62 (014 ( /2 2+2, (+ 7 +1* 2A.014 *+3 , 6 - ,3* (. +1* 2 12+2 .D’G+1 6 2= (11( 6* * <0 D 34H 10 *+ 6* 1 E +12/ * D* .14 ( - . 82. •2H* D32A4+ 10% *+ 6* 1 A8 -. 32 6 6 1 1. = - 1.6 14 *+3 , 27 6 - ,3* 4, 57 -6 - 14 -.,+ , 1 (, .-21 5, 55 <211G ,. - , 6*3( 0 - 6* 27 1*=, 6* *+ 4, , 12 1 J . ( 1 5 6 , 7 . # / 5 B 4 5# 2, 197

5 1 2, 2/ . 4 ,4 / . # 4. 4 4 8 4. , . 4 . ` 14 . # , B / 4 . 8 ). < 1 + <8 212 6 1 1 * 6* *D 34H* ( *+ 6*1 ,2 A /* ( 1 + 8 /2 2+ , (+ D (8 2 D3* 5 *+3 , 5 6 -.+ 5, / 1 1 55 -*, 1 5. +J 1 1 5 *8 1 H 5 + 5 2 - 0 4 8 /2 2+ A 6* */. 12 6 <+ , + 34+2 A *A.341 1 ,2 - 3 -<* (, 6 *-* 8 + 3 G0 8 , - 4+27 8 A = “T D - 2D .”, 3 -* ,2 2- 1+ *+3 ,. G ,* 1 ( *8 H + 5 , (+ 21 1232 *5 -6 - , =<* 39 1 31 , 34= 8 2 * 4, 1 1 *+3 ,2 6 1 5 +25% /2 6 1 5 “C /*” 4 8 + A 12 * , < . D (82 *+3 ,2 27 6 1 = D.32 - 214 A / 2,2, 6 1* D 34H 1 2D 6 28 - 12 55 D.3 <+ . 1 H* A H /2 2+2 * 1 . 82 *+ 6* 1 62 (32 ( * D 34 = A. 34 +3 *+3 , 27 6 - ,3* 4 – 8 3 , 3 8 2, 1*+ 1, = 8 A, 1, + 34 2, A. 34 D A2 1 J . •2H* -2 *+ 6* 1 -A /2 <32 14 -3( A 6 ,’(1 . ( 1 + 8 /2 2+ , (+ ,.A2/ 2= .6 -. + 6* 12 , 32 212 632 6 3 12/ 5 *+3 ,2 A -6 --0 1 +* A 621 (: “; ( , !" , ! ("%), " " ! ! ! " # ”. 0 ( * 6 -* 1 ,2 632 . 6 3 12/ 5 *+3 ,2 *D* A- = 0 3 ( A -6 --0 1 +* A 621 (: “B " ; ! ?” (1 D3. 2). * 6 -* 12 , 832 D 12 1 + 12 -6 -*=: “ - A / 632 .3 ”, “ + H* 632 .3 ”, “ + 34+2 632 .3 , 1 34+2 = ”, “ + H* * 632 .3 ”, “ - A / * 632 .3 ”, “ <+ -6 12” “ * D /2 *+3 ,2”. 1 4 0 341* 12 0 + 2 1 32 ( 32H* 2% 621 27, 8 32 ( A + 0 632 . *+3 ,2 *D* D32A4+ 7% * 6 -* 1 . * * < < D 34H 14 (6 - 90%) 621 27 A, 832 212, /2 632 .3 6 3 12/ *+3 , 57 = 2D . B5 .

198

B 14 2 5 % B5H@ KAB$ 89 57I A7 % >H8 R8BI7F*A (A A6 - 3 , -6 -*= *+ 6* 1 1 * 6 -* 1 A 621 (: “ 6 , B5# , B 1 (5 %), 4 . 0 5 . 5. B B B #4 . 5. 2 ” (*+ 6* 12); “z . 5 . 8 B ?” ( * 6 -* 12)) 9 BAF9A@ (N=2294) % FB K 57 89 BAF9A@H%

- A / 632 .3 T+ H* 632 .3 + 34+2 632 .3 , 1 34+2 = T+ H* 632 .3 - A / 632 .3

989FAH; %HF B@B

98@ (N=44) IHAHI75:A9 CA7K9AA*

I7 I75:A9 CA7K9AA*

8,4

20,9

0,3

60,0

11,1

22,1

0

60

14,3

22,7

0

80

27,7

14,9

0

50

31,1

14,7

0

70

1 3* ( -6 -*= *+ 6* 1 * 6 -* 1 , 6* H2= 6 83(-, -/23 6 *6 2- 1 14 ,*1 -. *+ 6* 1 8 0 ( -3( A ’(A ( 1 + 8 A (. * *- * 6 8 A +2 *+ 6* 1 .11G - A (32 ( - 1 8 *A.341 1., J D. A(12= ,2 A *1 3 , 57 A, 7 + H* 8 -. “ * *- 0 1*,6* 1. .” 6 3 + . C - .1 14 - 1 = 1 + 7 *+ 6* 1 12,.30 3 - 6 H.+. 8 .6 *+ 6* 1 A D 34H .A8 -<* 2,2 + ,2. 3( 4 8 D.3 2+ 2 1 6 *-. . +3 1* 8 3 A.. *A.341 1 = 8 A 1 . ( D.3 2- 3* 1 2 8 .62 *+ 6* 1 , /25 +2 632 . 6 3 12/ 5 *+3 ,2 .11G A 232 ( (-2 . 1 D3. 3 2 . 1).

199

B 14 3 JHA 7 @ 9A* % 5 % B5H@ KAB$ 89 57I A7 B5H@ KA ; % >H8 C7 7IBBJHA 7I 89 BAF9A@H% @7 BJHA 7I 9 98@H% 9 BAF9A@ (N=2294)

98@ (N=44)

% FB K 57 89 BAF9A@H%

57 @98 1 (22% 9 98@H%)

57 @98 2 (31% 9 98@H%)

57 @98 3 (47% 9 98@H%)

8,4

10,3

11,2

32,1

11,1

12,9

10,1

34,1

14,3

53,6

14,4

13,5

27,7

10,4

24,1

11,1

31,1

13,8

26,7

7,3

- A / 632 .3 T+ H* 632 .3 + 34+2 632 .3, 1 34+2 = T+ H* 632 .3 - A / 632 .3

Plot of Means for Each Cluster

8:

$ 8:

8

#

6

7

,

$

#

70 60 50 40 30 20 10 0 -10

Variables

Cluster 1 Cluster 2 Cluster 3

9 . 1. T1.6 4 632 . 6 3 12/ 5 *+3 ,2 6 3 12/ 2= 2D * 6 -* 1 A + ,2 1 4 7 8 .6 *+ 6* 1 =/2 3* H 0 (47%) 2( 232 ( 8 .6 *+ 6* 1 , (+ < 32, J 6 3 12/ *+3 , 1 G0 /2 H 0 , 0 632 .3 , =<* 70% * 6 -* 1 (+3 1* 3). F* - G 6 - 1 2 < 12, J *+ 6* 12 . 57 .-<* (7 +* . 32 ( 1* *12/ 2,2 200

6 83(- ,2, (+ D 3012A.014, -*, A.014 E , = 2= 632 . ( * *32+ 8 .6 *+ 6* 1 (22%) 2( 23 ( A -1 D* *< 0 . 57 + 7 E +12/ .72323 ( - -6 -, < 0/2, J D 34H (+ 6 3 2 . 2D 6 3 12/ *+3 , + 34+2 632 .3 , 1 34+2 = (+3 1* 1). 8 A +2 D32A4+ 1 *12 2 *+ 6* 1 2( 232 ( =D 34H D32<* 2,2 - *1 3 , J , 6 *A* 1. 12 * 342= 1 6 . F *+ 6* 12 + H* A * - 1 2,.014 ( 1* = D,*<* 8 , / 1+ 8 632 .. . =D 34H 1 / 2,2 +2 *+ 6* 1 D.32 . 26 -+., + 32 0 ( A- = 0 3 ( ,*< 7 1 + A 5 6 <2 4+ 5 *+ 6* 12A2. T ,* 1 ,., + H* A *, =D 34H 1 / D.3 * * 4 A 6 ,’(1 . 1 *+3 ,2. 1 ,. < 26 -+., + 32 *+ 6* 12 * , 832 A =12 -6 - 8 6 -„ .1( . 3 ,. -, 2 2( 3(32 ( A ./ 2+ ,2 A G 27 1* *12/ 27 6 83(- . 3 ,. 1 2, *A.341 12 A -/232, J 6 1 D .- + 30 12 6 *-. . - D . *+ 6* 1 . " 1. " 2. y

B

5

~.-~. T1 1*82/* +2= , +*12 8. – T D.: .+ , 1996. – 589 . 6. 9., C C. +*12 8. – .: ‘+ ,2+ , 1990. – 351 . © D8B5B%

. .

1. .. ) D . 0 [ 58

–•

.

[ .

,

3 A.014 ( D32 1 2 1*,2 -2 -. 34 27 .D’G+1 . D32 . . 8. 1(, , 6.3(12 8 632 . *. 6 3 12/ 27 1 , *-* 6 2+3 -2 6 2= , .

.[ B4

05 5B # €

. #

6 3 12/ 27 1 6 2- 3* , <32 ,30 + ,6 * 12 -6 - 27 1*7 + 1

201

E

,

: 6 3 12/ 1 2, 1 2 1 = 2= 632 , 1*+ 1, *E3*+ (, -2 +. .

1 .+1. ,

32A2 .01 ( D* 12 2 1*,S 6 3212/* +27 . 1 + 2 -2 2-. 34 S7 .D‰*+1 . D * 2, 2* .-*3* A, < 1(, , 26.3(12 8 A-*= 1 2( * A *,S* + ,6 * 1S 6 3212/* +27 . 1 +, 6 2 *-* S 6 2,* S 1 *1 1 .0J27 1*7 2+ 2 6 2*, . % : 6 3212/* +2* . 1 +2, 1 2 21 ( 1 .+1. , 2 E , 2 * A-*= 1 2*, 1*+ 1, *E3*+ 2(, -2 +. . The peculiarities of the political attitudes’ system of individual subjects are discussed in the article. The special attention is paid to a possibility of manipulative influence on the unconscious components of political attitudes, some examples of these techniques and modes are given. Key words: political attitudes, trinitary structure, informational influence, text, reflection, discourse.

B . A32/ * 2 34 * 6 2, 2* ,2 *-*1 + * -2 + ,. 2 34 ,. 6 *-* 20, 1 * 14 1 .+1. A 2= -*= 1 21*34 12 2,**1 2 34 S* 6 3*- 1 2( [1]. ' 4D A .,S . 3 2(7 2 E , 2 8 DJ* 1 -21 ( + 6 6S1+ , (A 14 * 2-* 2* ,2 , 6 32( 2 1*,. 6 3212/* +27 . 1 +, 6 *-.0J.0 6 3212/* + * 6 *-* 2* .D‰*+1 [2]. • : 6 2 + D A2 S7 + 1 .+ 2=, D. 3 320J27 E. + 2 2 2* 2 1*,S 6 3212/* +27 . 1 +2 - 0J27 A, < 14 6 8 A2 14 6 3*- 1 2( 2 E , 28 A-*= 1 2( 27. = -3( 2 3*2( 6 D3*,S 6 3212/* +27 . 1 + 3.< 1 6 3 <* 2( -2 +. 2 = 6 27 3 822, 6 A 3(0J2* 2A./ 14 6 DS E ,2 2( 2 2A,* * 2( 32/ 12 /*3 *+ , 126 *8 -2 +. 6 * * 2 34 8 A 2, -*= 1 2( 2 34 U127 6 * . 3 2(7 2A,* (0J*8 ( -

202

2 34 8 2 +.341. 8 + 1*+ 1 [3]. C 8., 21 S7 .+ 7 6* 2E2/* +2, 6 *-,*1 , 2 3*2( ( 3(01 ( 1*+ 1S, 6 + 1 S,2 6 2, 01 ( A + - 2, 32/* +2* 2 E , 2 S* 2 1*,S A D A 8 6 2 7 <-* 2( 2 6 *- A /* 2(. y*+ 1 2 1 + 2/* + = 1 /+2 A * 2( ( 3(*1 ( , <* 1 , U3*,* 1 (6 *-3 <* 2=, S + AS 2=, + ,6 A2 2 S7 U3*,* 1 30D = A + - 2, 32/* + = 2 1*,S), (A S7 - .8 - .8 , 1 .+1. S,2 1 H* 2(,2, 7 +1* S,2 -3( A + = 2 1*,S 8 126 . 1 <* *,( .1 * * -*<21 .D‰*+12 -6 27 3 82/* +2* D* 12 .1 * *8 ,2 1 – D* 12 -2 +. [1 , <*]. , 1 2, 6 D3*,. 6 2, 2( 1*+ 1 6 - 3*-.0J2, .83 , A * 2(. '.-*, /21 14 6 *-3 <* 2* U3*,* 1 S, 21*3*, ,S 3 1*+ 1 . T 1 *1 1 * , 1*+ 1 D.-*1 ( 3(14 ( + 1*+ 1 , -3( 7 -(J27 *8 6 *-3 <* 2=. U1 ,. 6 D3*, 6 2, 2( 1*+ 1 -21 ( , 3./ * + 6 2, 20 ,S3 6 *-3 <* 2= 2 + 6 2, 20 3 82+2 1 .+1. S7 (A*= ,*<-. 2,2. C 0 /* *-4 ,S 3 6 *-3 <* 2( S *1 ( ,S 3* 3 , *8 1 3(0J27. T*, 12/* + * 6 1 1A /* 2= 3 A - *1 ( 2 +.341. S,2 2(,2, ,S 3 D. 3 3* + 1*+ 1 , 27 6 2,* * 2( + + *1 , 6 *-3 <* 22. T3 1 21 2A A + , + 1 S* * ( 3(01 ( *-2 2 ,2 ,S 3 = 2 E , 22 1*+ 1 . 3( < A2* 1 8 E +1 , /1 .J* 1 .*1 . * 4 + 12E2+ 22 1*+ 1 , + 1 , *8 ,*3+2* 1 .+1. S* U3*,* 1S ,S 3 , * D3 - 01, - <* *E* * 1 .0 ( D A / 0J.0) E. + 20 2 S6 3 (01 1 34+ + 1*+ 1* D 3** + .6 S7 A / J27 *-2 2 . 2, 2* ,S 3 1*+ 1 D. 3 3* * 6 2, 2*, A /* 2( D.+ , * 2*, *, 12/* + 8 6 1 1 U3*,* 1 S7 21*3*= ,S 3 , 6 12<* 2*, + 1*+ 1 6 2,* * 2( 27 2 1 3(*,S7 2,2 D 3** + .6 S7 ,S 3 S7 + 1 .+1 2 A 2*, 3 82+2 1 .+1. S7 (A*= ,*<-. 2,2. 3.D2 -2 +. , + + S-*3* 2* U3*,* 1 S7 *-2 2 32A 1*+ 1 , , <*1 32(14 ,S 3 S* 2 1* 6 *1 22 1*+ 1 . T2 1*, 6 3212/* +27 . 1 + 2,**1 3 82/ .0 1*+1 .0 1 .+1. ., 1 (J.0 2A U62A - 6 3212/* + = -*= 121*34 12. C 0 /* *-4, 1-*34 S= U62A - +30/ *1 *D( 6 3212/* +27 +1 , -*= 1 .0J27 *+ *= *-*. CS-*3(*203

,S* 1 .+1. S* U3*,* 1S – *, 12/* +2* + 1*8 22: 6 3212/* +2* +1 S, 6 3212/* + ( -*(1*34 14, 6 3212/* + ( *+ + + 1*+ 1 -*= 1 2( – ,2 , 8.1 2,*14 1*+ 1 .0 1 .+1. . A 2 2, 12 1 + /* 1 “6 3212/* + 8 ” ,SH3* 2( 21*3( 2 1*,S 6 3212/* +27 . 1 +. T2 1*,. 6 3212/* +27 . 1 +, < , 1 2 14 1 *7 2A,* * 2(7: U3*,* 1 ,, 2 1*, ,, 83 D 34 ,. ‘3*,* 1 S= +. D30- *1 (, + 8A- *1 (, + 1 .2.*1 ( , -*34 6 3212/* + = -*= 1 21*34 12, 1 (J ( 2A A32/ S7 U62A - . H2 6 DS 6 2, 2( ,2 A- S 2 6 --* <2 01 ( 2 34 S,2 6 * ,2, + 1 S* ,S +30/* S [3]. 2/*, 8 2A.0J2= * 1 (+ 8 S + AS 2(, (+ 8 S <* 2( 7 -21 ( * .1 2, *, 2 34 = *-*, + 1 .0 6 8 .<* /*3 *+ [4]. 3212/* +2* * 322 6 2 2, 01 ( A32/ S7 6 A2 2=, A - *,S7 D , 2 34 S7 3*= 2 -2 2-. 34 8 .D‰*+1 . A *3 8 /*3 *+ DS/ 2 34 ( 6 A2 2( - 1 1 / <* 1+ A - , 2 A 126 -2 +. , ,+ 7 + 1 8 6 2 7 -21 S D 1+ 32/ 1 8 1 H* 2( + -*= 1 21*34 12. T +.6 14 , -*3*= 6 3212/* + = -*= 1 21*34 12 1 /+2 A * 2( A32/ S7 2 34 S7 3*= 2 -2 2-. 34 8 .D‰*+1 +3 -S *1 ( DJ.0 2 1*, .0 + 12 . 6 3212/* + = <2A 2 DJ* 1 . 3212/* + ( +.341. A - *1 -*= 1 2(, ./ 1 2+ 6 3212/* + 8 6 * 6 *-*3* S* , -*32 6 *-* 2(, 1 +<* 6 D.<- *1 .D‰*+1 .6 3* 2( 2* 12 14 ( A-*3(*,S* * 1 S* .<-* 2(, 2-* 3S, 6 *- 1 3* 2( < , 2 A /2, , *= 8 .66S 6 3212/* +27 2 1* * . C 6 3212/* + = +.341. * *,* S7 DJ* 1 6 *- 1 3* S, + + 6 23 , , <* 1 .D+.341. . 2 , 8.1 * 1 34+ * 1 *1 1 14 - .8 - .8., - <* DS14 6 12 6 3 < S,2 2 1* 6 *1 22 2 * +* D A S7 6 2 26 8 2A 22 DJ* 1 2 8 .- 1 . C32( 2* +.341. S 6 ( 3(*1 ( 6 1*2 34 = 8 1 12 .D‰*+1 A 2, -*= 1 14 6 *- 1 21*3(,2 - .827 .D+.341. , ./21S ( D* 12 27 6 3212/* +27 A83(- . 3 D 34 * 2A,* * 2* 2 1*,S 6 3212/* +27 . 1 + 6 - A.,* *1 2 1*8 20 / 1 S7 2 1*,

204

6 3212/* +27 . 1 +, 1 < 0J27 6 A2 20 6 *- 1 21*3*= A32/ S7 6 3212/* +27 A83(- . y +2, D A ,, 2 3*2* 2 1*,S 6 3212/* +27 . 1 + 6 - A.,* *1 2A./* 2* * 1 34+ 6 1 1 ,S3 , 26 1 1 2 34 S7 6 A2 2= .D‰*+1 , 1 +<* A, < 14 D 1 = (A2 2 1*,*, + 8- .D‰*+1 , <*1 * 214 +.341. -2 1 2/* +.0 8 2/* 14 D 1 * S7 AA * 2=. *3 1 S= 6 -7 - + 2A./ *, ,. D‰*+1., , < 6* *7 -214 + -*1 34 ,. *8 62 20. - 2 1*, = 6 3212/* +27 . 1 + 6 2, *1 ( 5 5 4 5B‚ # # , . #. 0 7 4 . B %/ # # 0 . 5 1 . - , -*340 D.-*, 6 - A.,* 14 A + .0 2 1*,., + 1 (, 6 2A-( D‰*+1 2 3*2(, 1 D < *1 *8 .J* 1 * S* = 1 2 6 A 3(*1 6 8 A2 14 6 *-*3* = 1*6* 40 1 / 12 - 34 *=H** 6 *-* 2* U1 8 D‰*+1 *+ 1 S= 6 ,*<.1 + *,* 2. T2 1*, 6 3212/* +27 . 1 + , 1 2 *1 ( + + E 8,* 1 ,* 1 34 = + 12 S ,2 , ,+ 7 + 1 = U1 2 1*, 6 2A -21 (. 6 2, *1 ( + + + ,6 * 1 .D‰*+12 8 -2 +. , + 1 S= 1 3(01 6 2, 2* 2 34 = * 34 12, .( * 2* *8 ,* 1 2 34 = 1 .+1. *, A 2* 8 2/* 12 ( *6 3 1S) 27 A83(,2 . ‘1 2 1*, 32A2 .*1 ( + + 3 < S= + 1 .+1, 2,*0J2= 1*+ 1 .0 (1 2 21 .0) 1 .+1. .. ‘3*,* 1 , , -*32 ( 3(*1 ( U62A - 6 1 ( 2A,* (0J*= ( 6 3212/* + = -*= 1 21*34 12, D3 - 0J2= .D‰*+12 = 21. 12 = A /2, 140. T2 1*, 6 3212/* +27 . 1 + +30/ *1 *D( 2-* 2* 2 * +. 6 3212/* + = 21. 22, 6 2, 2* A, < 12 *8 32(2( 21. 20 ,+ 7 *= 2 34 = 6 A2 22, + 1 ( (6 A2 2() * *8- *E3*+ 2 .*1 ( 21*3*, U127 A83(- . C ,+ 7 6 *-3 8 *, = + *6 22 2 1*, 6 3212/* +27 . 1 + S6 3 (*1 3*-.0J2* E. + 22: 1) 3.<21 = 1 12E2+ 22 -*= 1 21*34 12, + 1*8 2 34 = 1 .+1. = *, 12/* + 8 6 1 1 6 3212/* + = D3 12 -*= 1 21*34 12, 1. *. “ /+ ,2”, + A4 + 1 S* , 1 (1 ,2 6 3212+2. 2 S6 3 * 22 U1 = E. +205

22 6 * * 6 2(12( 6 3212/* + = 21. 22 2 1*, 1 D234 2 *2A,* 2 * 6 -- *1 ( *E3*+ 22; 2) + + 2 1*, .D*<-* 2= 6 A 3(*1 * 2 14 6 2 7 -(J2* DS12(, 1. *. 3.<21 + /* 1 * , 12 = 2 1*,S * 1*=. C U1 1 6 ,*<.1 + *,* 2 2 1*, 1 D234 ( 2 *E3*+ 2 .*, ( * + + *1 = 21. 22 * 2 2(; 3) 3.<21 *8.3(1 , 6 3212/* + = -*(1*34 12 2 6 * * U1 = -*(1*34 12 6 A 3(*1 6 1 ( 214 2A,** 2( 2,*0J.0 ( , -*34 6 3212/* + = -*= 1 21*34 12. C 6 * * S6 3 * 2( U1 = E. + 22 2 1*, 6 3212/* +27 A83(A *1 ( 2 6 - * 8 *1 ( + *+ 22. y * 14 . 1 + – U1 2 * A *,S= 63 1 .1 * *8 ,2 , 2 *+ ( 1 21*34 1 D234 ( ,* 1 34 ( 1 .+1. , 6 A 3(0J ( * 2 14 6 1*+ 0J2* 6 3212/* +2* 6 * S, 2 -2 ,2/* + ( 2 1*, 63 2 2( -*(1*34 12, + 1 .0 (1 ( 6 1 ( S* .1 / * 2(, 2A,* * 2( 2A-A ,* S 6 3212/* + = 21. 22. y +2, D A ,, A 2 2, 12 1 . 3 2= 32A 6 3212/* +2* . 1 +2 6 *- 1 01 + + 6 *-*3* * ,2 6 2, 2*, + + , 12 ( 2 1*, -3( * 2 2( 6 3212/* +27 DS12=, 2 1 <* *,( + + -2 ,2/* + ( 2 1*, 6 3212/* +27 2* 1 2=. ‘1 *,* ./* 2* (- +1 2 ), 2 1*, , 12 S7 * 1*= 2 6 3212/* + ( 6 +12+ * 6 8 ,,S, + 1 S* D A.01 *-2* *3 * 2 .J* 1 .01 + ,6 +1 , 2-*. 32 , 1 2 14 2 1*,. 6 3212/* +27 . 1 + ** 6 2+3 - , A /* 22, 1 32A2 .*1 ( + + .1 * 2= 2-* 34 S= 63 6 +12/* +27 -*= 1 2=, 6 *- 72J 0J2= 27 +1. 32A 20. 2/*, 6 8 A2 2* *A.341 1 *6 *- 1 * S7 -*= 1 2= 2 27 1- 3* S7 6 3*- 1 2= D. 3 3* + /* 1 , 2,*0J*= ( , -*32 6 3212/* + = -*= 1 21*34 12. 7 -( 2A 6 *-*3* 2( 2 1*,S 6 3212/* +27 . 1 +, 6 32A2 .*, ** . 1 = 1 . y 2 21 ( ,*1 - 3 82( S-*3(*1 6 2 -* F*3 8 U3*,* 1S, 1 .+1. . 2 6 11* [5; 6]. U3*,* 1 ,. * 2 1*, 6 3212/* +27 . 1 + D A +.6 140 , -*3*= A32/ S7 U62A - 6 3212/* + = -*= 1 21*34 12. ‘12 U62A -S 62 S 01 ( 6 3212/* +2,2 +1 ,2, 27 -*(1*34 140 2 + 1*+ 1 ,. 3( *H* 2( A - /2 + 1 .2 2( ,* 1 34 = , -*32 6 3212/* + = 21. 22 206

* D7 -2, A - 14 1) 1*A . . ( D 6 (12=, 2 6 34A.0J2= ( -3( D A /* 2( -*= 1 .0J27 32 , 27 +12 12 2 + 1*+ 1 ); 2) *,* = 1 *A + 6 2 7 -(J27 DS12=, 1.*. A - 14 8 2S , -*32; 3) 3 82+. A 212( DS12= (A - 14 + */ S= 11 1 ). 1.63* 2* = 2 E , 22 *-*1 + 1 ,., /1 .J* 1 .0J*= , -*32 1-*34 S7 6 3212/* +27 U62A - 7 S-*3(01 ( S* 6 3212/* +2* +1 S, S* = 1 . 2A * 1S7 +1 , S* 2-S A 2, (A*=, - D 3(01 ( 2-S -*(1*34 12, H2 (*1 ( + 1*+ 1. ‘1 6 2 -21 + . *32/*20 3 < 12 U3*,* 1 2 1*,S, ** A 2120 “ H2 2 .”. / 12* 2 -2 2-. 34 8 .D‰*+1 A32/ S7 2- 7 2 34 = 6 +12+2 A / *1 6 ( 3* 2* S7 3* S7 6 A22=, /1 SAS *1 + 1 .2 2* S7 , -*3*= 6 3212/*+ = 21. 22 - .82, 1*A . . ,, 2 S,2 8 2 ,2, = 3 82+ =. *- 1 3* 2(, SA S* + +2,-32D 2- , -*(1*34 12, , 8.1 - ,2 2 14 DJ*= + 12 *, 2 7 -( 2A 21. 12 = A /2, 12, + 1 ( DS/ D. 3 3* , 12 2*= ( 6 2,* , ./ 12* 6 3212/* +27 + 2(7 – “6 D(A 12, A -* 482 232 6 *3* 20 -.H2”). 32/2* A32/ S7 3* S7 6 A2 2= A- *1 A, < 12 -3( E ,2 2( U3*,* 1 S7 , -*3*=, 8 2A S7 6 A D A S, 2(,. 7 2 1*8 2( *-*1 + E ,2 20 *+ *= 3 < . 1 * = 83 = 1 .+1. S U3*,* 1 2 1*,S 6 3212/* +27 . 1 +. * + /* 1 A 2 21 1 + 32/* 1 2 34 S7 3*= 2 2,632 21 = , -*32 . 1 = 1 DJ* 1 (7 12/* + =, 32 *= =, 2* 72/* + =, 1* = [7]): .1* (( 1 .+1. 2 1*,S D.-*1 6 - D 2,*0J*= ( ,* 1 34= 1 .+1. * 2 34 S7 6 A2 2= .D‰*+1 . y +2, D A ,, 6 2 7 -21 A 212* 2 1*,S “ S 1.”. 11* , + + 6 D 8 2A 22 .1 * *8 6 1 1 F*3 8 , 6 *-. , 1 2 *1 A3 <* 2* *3 8 / 12 1 2 21 S7 1 .+1. 7 6 A32/ S, 2(,, 2 32/2* D 1 = (A2 2 1*,* - *1 A, < 14 .J* 1 2( *+ 34+27 1 /*+ A * 2( 8 2A 20 F*3 8 -3( .1 * *8 D30- 1*3(. ‘1 6 A 3(*1 A /2 14 ,* 1 34 .0 1 .+1. . , 21+* 3 < 12, - D 3(( S* 2A,* * 2( 2 1*8 12 = , -*32 2 34 = * 34 12. T3 < 14 2 1*,S 6 3212/* +27 . 1 + U1 , . * ,* 1 34 = 207

8 2A 22 6 ( 3(*1 ( /* *A -2 +. , + 1 S= , 3./ * , 1 2 *1 ( + + 6 D + ,,. 2+ 22 ,2 * 21*3(,2 - .827 2-* 2= 8 2A 22 F*3 8 . CS-*3(*, 3*-.0J2* 126S -2 +. , 6 *-6 3 8 0J*8 A, < 14 .J* 1 2( 341* 12 S7 1 /*+ A * 2(: 1) , 6 34 * 6 2 12 .; 2) D2 * (- 2/ *) ,SH3* 2*; 3) 2 * 8*12/* + *, 1 3* 1 * ,SH3* 2*, 6 *-. , 1 2 0J** , 1* 2* .D‰*+1 + ,,. 2+ 22 + + / 14 DJ* 1 , + 1 , , 8.1 .J* 1 14 A D A S* 1 /+2 A * 2(, 2,*0J2* 6 .J* 1 2*. 32 .D‰*+1 6 D* A 14 2 .0 6 A2 20, D A2 .0J.0 ( - .827 2 +.341. S7 2(7, , <*1 6 2A =12 2A,* * 2* + 21* 2* ,S 3* 2( 6 3212/*+ = -*= 1 21*34 12, /1 1 A21 ( 1 E , 22 1 3(0J27 , -*32 – 1*A . . , 8 2 , 3 82+2. T 6 ( 3* 2*, = 6 A2 22 .1 * *8 D30- 1*3( . 2 1*,S - D 3(*1 ( * 2A,* * 2*, 6 1 1 2 1*,S . *32/2 *1 0 + ,6 +1 14, 2 A 2 *1 ( “83.D2 .”. 7 -( 2A 6 *-3 <* =+ *6 22 8 2A 22 2 1*,S 6 3212/* +27 . 1 +, 2 E , 2 * A-*= 1 2* , < .J* 1 3(14, -6* S7, 1-*34 S, 1*+ 1 ,, /* *A 62 2* 6 2 7 -(J27 DS12=, A - ( 1*A . . , 8 2 S 21. 22, 3 82+. A 212(; - 1 S7, A- 2*, +.6 8 1*+ 1 , 1< 0J27 1 /+2 A * 2( S7 6 3212/* +27 .D‰*+1 , 2,632 21 A - ( 6 A2 22 (2 32) 2 -2 2-. 34 S7 .D‰*+1 ; -1 *1427, E ,2 2*, 1, E* S DJ* 1 , 6 *-3 8 ( A, < 14 6 34A 14 ( A32/ S,2 2 +.341. S,2 -2 +. ,2, A - ( -.7 1 .- 2/* 1 , . <* 2( - .8 = 1 /+2 A * 2( 232 , 6 322 2 12 . - = 6 3212/* + = 23S. 262 S 2* A /* 2= -2 +. * ( 3(*1 ( *- 1 , 2A,* * 2( ,2 [1]. ./2 H2 4 30D , 1*+ 1* 2-*14 * 1 34+ U+ 632 21 S= 6 (- +, 2 2,632 21 S=, , < 6 2=12 + S -., /1 30D * A-*= 1 2* , < 1 +1 14 + + , 26.3( 20. 1 *1 1 * 14 A 2 1* 6 *1 20 2 E , 22 3*<21 * 1 34+ T , A- 0J27 2 E , 2 S= 6 -.+1, 2 6 1 *D21*3* U1 = 2 E , 22. 1 *D21*34 2A+2, . *, ,*-2 -+.341. S, 2 7 -( 2A 27 U8 2 12/* +27 2 1* * , 1 *D.*1 ( 12 2 - A / 12 2 E , 22. C (A2 1*,, /1 ,SH3* 2* 1 + 8 126 , <*1 6* 2 14 1 208

D234 S,2 (- *+ 1 = 1*6* 2) + 1*8 2(,2, *8 + 1*8 2A 2( 2 34 S7 .D‰*+1 -21 ( + *-.+ 22, 1 8- + + 234 S* D‰*+1S 2,*01 0 -2 ,2+. 2 3 82+. A 212(. T *- 1 , = 2 E , 22, 1 32 .0J2* 2 E , 2 S= 6 -.+1, , 8.1 SD2 14 2A 2,*0J*8 ( , 2 2 E , 22 1* ** E 8,* 1S, + 1 S* 62 S 01 ( 27 + 12. ,2 . 1 *1 1 2* , -*32 .*, = + 12 +2 2 * 34 8 ,2 - 128 *1 ( * 1 / 140 (“6 -2 140”) 1-*34 8 2 1 / 2+ 2 E , 22, + +. * 2*= + /* 1 A- *, = *3 1 = , -*32 6 2 7 -(J27 DS12=, 6 A 3(0J27 6 1 *D21*30 A- 14 0 , -*34 * 34 12. A / 34 , -*34 + <- 8 1 8 2/* , 2 6 U1 ,. 6 1 *D21*34, * 32 * <*3 *1 DS14 , 2 *1+ = 2 2 6 3 21*3*, /.< = 32 (+ 1 ( *8- , +2 .*1 ( 6 - DJ* 1 * S* 2 1* * S), - 3<* 6214 ( 2 E , 20 2A * + 34+27 + 3 . 1( + 32/* 1 2 1 / 2+ * *8- A / *1 27 + /* 1 * .0 A 2 .. C ( 2 1*, 6 3212/* +27 . 1 + 6 - * 8 *1 ( .6 J* 20, * 32 D A2 .*1 ( - , 2 E , 2 , 2 1 / 2+*. y + ,. 6 1 *D21*30, + *+ , 6 27 -21 ( - 34 1 14 ( (AS *, = *,. - ,* = + 12 = ,2 . C 2 E , 2 , DJ* 1 * 2< *1 ( A /2, 14 -* < 2( 1-*34 8 DJ* 2(, 6 + 34+. 6 2 2 6 *-6 3 8 *1 (, /1 2 E , 2( - 3< 6 27 -214 6 * + 34+2, + 3 ,, 2 * 32 DJ* 2* * 6 -.D32 , 1 U1 - 3< SAS 14 6 S *8 - 1 * 12. , D 1, * 32 DJ* 2* 6 H3 6 , 82, + 3 ,, *8 - 1 * 14 * SAS*1 , * 2=. T1 21 ( < S, * 1 34+ 8 21 (, 2 8 21 (. T -* < 2*, ,S 3 2 E , 22 * 6 2-*1 ( .1 / (14, 6 U1 ,. A 1 *1 34 123( 6 - /2 2 E , 22. 6 2,* , A /2, 14 DS12( , <*1 6 -/* +2 14( * ,S 3 S,2 7 +1* 2 12+ ,2 1*+ 1 , /* *A 8 2A 20 *8 6 - /2 2 E , 2 , 6 1 +* (6 (- + *8 6 - /2, SA S= 2, U, 2 34 S= UEE*+1, *8 .-*34 S= * UE2 *). + 34+. 6 3./ 1*34 2 E , 22 , * , <*1 + A 14 ( ,* 1* DS12=, 7 -21 ( 6 -/2 * =, A 22, = 6 A2 22 1 *6 1* 2 *- +1 . 1 32 *1 7 DS12=, S ( 4 6 3./* S7, .<* 1 D S7, E +1 7. 2 1* 6 *12 .*1, - ,S 32 *1, 6 - *,. 1 +1.*1 209

DS12(, * *8- A ,*/ ( A- *,S= *<2 * , 1 3(22 + 1*+ 1, + 1 S= 6 ,*J *1 ( + + *1 ( 2 E , 2(. 1.1 < , + 34+ -2 +. 6 - /2 2 E , 22 2 *8 1 3(0J2* (1*A . . , 8 2 S, 3 82+ ) A- 01 , 8 ,* .0 , -*34 2 34 = -*= 1 21*34 12, 232 <* 2 E , 2( 6 - *1 ( 1 /+2 A * 2( - = 8 .66S 6 3212/* +27 2 1* * 2 6 2 U1 , .6 J *1 ( , -*34 * 34 12, , -*= 1 21*3414 6 *- 1 3(*1 ( - A / =. < S-*3214 3*-.0J2* 32/ 1 S* 2 -2+ 1 S, 6 A 3(0J2* 6 8 A2 14 6 3*- 1 2( 2 E , 2 8 A-*= 1 2(: • 32/ S= 6S1 ./ 12( 6 3212/* + = -*(1*34 12; • 2 E , 2 ( + ,6*1* 1 14, ( 2 6 34A 22 .D‰*+1 , A32/ S7 2 1 / 2+ 2 E , 22; • 32/ 1 ( A *3 14, 6 - A.,* 0J ( - 1 1 / .0 3 < 14 ,* 1 34 S7 + 1 .+ 2=, 32/2* <2A * 8 6S1 , D* 6*/2 0J*8 * D7 -2,S= 6*+1 2 34 S7 3* S7 6 A2 2=, 1 3* 1 14 + 21*3(, - .827 2 +.341. S7 2 6 3212/* +27 A83(- . % #%. C 2 1*,* 6 3212/* +27 . 1 + S-*3(01 ( ** 1* < * S* + ,6 * 1S: ,* 1 34 ( , -*34 6 3212/* + = 21. 22; 2,632 21 ( , -*34 . 1 = 1 DJ* 1 , 6 *-6 3 8 0J ( D 2 34 S7 6 A2 2= .D‰*+1 ; 6 D 14 + *E3*+ 22, 6 A 3(0J ( * 2 14 2 +.341. .0 8 2/*14 27 6 3212/* +27 AA * 2=. ‘12 + 1 .+1S 6 *-*3(01 A /2 2* 2 1*,S 6 3212/* +27 . 1 + 1 , 1 * 2( 1-*34 8 U62A - 6 3212/* + = 6 +12+2 + 1 .2 2( *3 1 = + 12 S 6 2 7 -(J27 2 1 2/* +27 DS12= 2 6 *-*3* 2( D 1 * = 32 27. T3 < 14 8 2A 22 2 1*,S 6 3212/* +27 . 1 + D. 3 3* 3 < 140 + 8 212 S7 + 1 .+ 2= 2 -2 2-. 34 8 .D‰*+1 , D , *8 2 34 S7 6 +12+, . *, A 212( *E3*+ 2 12, /1 6 *-6 3 8 *1 A, < S* 6 DS 2 E , 2 8 A-*= 1 2( 2 6 A 3(*1 6 8 A2 14 *8 *A.341 1S. "

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The model of environmental factors of the electoral behavior of the Ukrainian youth is proposed. Four main groups of the factors determinative the political choice have been singled out. These are information, content, hierarchical (status and role), dynamical and directing factors and two subgroups of factors belonging to the macroenvironment and microenvironment. Each group and subgroup has been described and the problem of their correlation has been investigated. The topicality of the problem of environmental factors causing impact on the political choice under the circumstances of the contemporary social and political transformations in the society has been analyzed. Key words: political choice, environmental features (information, content, status and role, dynamical and directing), macro-environment and microenvironment, social ideas, social situation.

B . 1 = 0 6 1 *D 0 D.-4-(+ 5 -* < 2 G 1 * ( ., -3( 7 -<* ( , 3 - 6 3 12/ . 2 1*,., A D*A6*/* ( 3 (34 8 1 3* ( - *5, E ,. ( , 3 -27 30-*= -*+ 1 5 , -*3 *3*+1 34 5 6 *- +2. T4 8 - , + 32 .+ 5 4+* . 6 34 1 6* *<2 G 6* - 1 3* ( 5 6 3 12/ 5 2 1*,2, 6 ( 2 D 8 1 6 1 = 8 630 3 12/ 8 6 3 12/ 8 6 1 . 1 A, 2 1*=, D32 8 1 6 1 G 621 ( 632 . * *- 2J 27 7 +1* 2 12+ 6 3 12/ 2= 2D , 3 - , - 3 -<* ( 4 8 632 . (+ - 8 A H3(7 E ,. ( -*+ 1 27 , -*3*= *3*+1 34 5 6 *- +2. : 6 3 A. 12 * *- 2J 7 +1* 2 12+2 (+ /2 2+2 *3*+1 34 5 6 *- +2 , 3 - , 62 12 57 1 A D212 6 6* *- 0 2 1*, 12A 0. T./ * .+ 5 4+* . 6 34 1 , 6* *<2 H2 - * 30 = 27 6* *1 * 4 1 E , 5 2 1*,2 3 -2, 62 23 ( 4 8 - 6* *- * D7 - 10 6 D.- 2 27 34 212

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1. . C. +2, 5 [6], 6 2 (/* 34 2, .( 3* (,. 3 - 2 ( 2 + *,30G 8 .6 . +.341. . (+ . ., . E ,. ( 34 27 .( 3* 4, . ,+ 7 (+ 5 2- 3(014 ( 1 , D A2 = 12. < A D212 6 26.J* (, J ,* + 8 12 *6 *A* 1 5, J .014 . A H 4 ,. * *- 2J , D.-.14 - 2, A /2 2+ , J 2A / 12,* 6 3 12/ 2= 2D 30-*=. 2. A D+2 6 27 3 8 + E - 4+ 8 . * 21*1. . 8 =3 , J 6 (11( “ 34 21. (”, 2 + *,2 H2 -* ’(14 E +1 , J = 8 2A / 014. =H2 H ,. A., 34 21. ( 1 +1.G14 ( (+ “6 2 - 2= E 8,* 1 34 8 <211(, A., 3* 2= 30-4,2, J +30/* 4 8 , , *, - 5 = 7 +1* , - 5, J A8 1 G14 (, D - (34 1 ” [7, . 286]. ( 8 - 3 -<* ( 8 =3 = 8 6 3 2+2 D / 014 . 1 ,, J D 2( 212 2 1*,. . * 34 27 /2 2+ , J - 014 . D.-4-(+ = 21. 5 34 5 A G, - 5 = A - 014 55 2A /* 14. *A.341 1 21. ( + * 30G14 ( (+ “ .+.6 14 7 +1* 2 12+ 34 5 6 - 5, J 632 014 -2 - ” [1 , , ]. -*330 -3( A /* ( /2 2+ 6 D.- 2 G5 2 1*,2 3.<214 8 , A83( .1 (+ 34 2= 21. 3. -.,+. 8 =3 = 8 6 3 2+ , 34 21. ( 2A / G14 ( -* ’(14, /2 2+ ,2: ,*1 0, 6 23 ,2, 330, D , *3*,* 1 27 - =, 6 3 10 6 *- + 27 +1 , + *61 ,2, E A2/ 2, * *- 2J*,, , 0, 1 .- J ,2 1 2/+ ,2. 3. D3*, -*1* , 1 6 * . 6 3 12/ 5 3A 5 A / . . 8. 6 2- 3(G . 57 6 (7 . . - *G . 3 - 2( 2 + *,30G 1 + /2 2+2 4 8 6 * .: 6 27 3 8 / , +.341. , -*, 8 E / , 1 1. [1, . 17]. 4. *- 1 2+ 34 8 + 8 12 A,. | 8 . 57 6 (7 A A / : “ -*+ 1 * = * (< * 2 /* ( 34 8 6A ( 6 2 * , 1212 D -+ 8 12 6*+12 -2-. 34 8 A 21+., E*+12 = , 34 6 ,*1 2 6 A 34 5 - (34 1 , 55 + * 34 ,2, 1 + < + 3*+12 E ,2” [6, . 17]. *-* 27 2J* .+ 27 A D + D.3 6 *-* 1* *12/ 2= 3 A, . *A.341 1 (+ 8 + ,6 , -*34 * *- 2J 27 /2 2+ *3*+1 34 5 6 *- +2 , 3 214

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The boundaries of the notion of “media-culture” in the broad and narrow sense of the term have been defined. It is shown that in the broad sense this is a complex of the information and communicative means; sign system of reproduction and communication of reality, culture of search collection, production and communication of the information as well as the culture of perception of the information. In the narrow sense media-culture is defined as an ability of a personality, social groups and the society in general to interact with the mass media effectively and to function in the information space of the society adequately. It is stressed that the media-culture envisages the appropriate level of adoption of legal, moral and ethical as well as ecological rules by all the participants of the media process. Key words: media-culture, mass communication, information space, media-culture criteria, mass media audience, analysis and verification of information, mass media, information needs, recipient, information ecology.

B . *- -+.341. , 1 D1 +.341. <211G- (34 1 30-2 2 E , = ,. . 6 34 1 , 1 3 8 34 0 6 1 *D 0 (+ D2 1 ,., 1 + G1 34 ,. 63 . y2, / , 1 ,*- -+.341. 2, 1* *12/ * ,2 3* ( 4 8 ( 2J * -6 - 014 2+32+ , ./ 1. : A’( . 12 .14 6 (11( “,*- -+.341. ”, 1 + < , . -6 - 1 ,*- -+.341. 2 6 <2 / E , = 27 6 3.8 A, 1 , D (8 , 1 D32 1(, ./ 5 E , 5. 1 *D 13., /212 1* /2 H* 6 (11( 2 2+ G 1 - , + 32 ( 2J* . 6 34 1 1 3 - + 2, E +1 ,, = 8 .1 14 J* *- 1 3 - 1 1 4 8 ,2 3* (. T4 8 1 + ,. 1 2J 62 23 ( + 1*8 ( ,*- -+.341. 2 – E* ,* , 6 -<* 2= A 21+ , E , = 8 . 6 34 1 . 3 1* 1. 1 7 + D /2, A 6 -7 -2 - 1 +1. ( 6 (11( “,*- +.341. ”. y* *12+2 <. 3 12+2 < 014, J 3 - -, 212 ( - 1* , “A D2 , 5 E , 5”, “A D2 , 27 + ,. + =” (+ - A 1 327, A = - , 3 2 A 8 “mass media” 1 A , 212 57 . 1* , , “,*- -+.341. ”. z-./2 - A 8 34 3 8 / 8 2A /* ( +.341. 2, 2 +3 - 014 . 2= 1* , .+.6 14 E , = + ,. + 12 27 A D , A + . 2 1*,. 6* *( * 3= -= 1 , +.341. . 6* *( E , 5 1 +.341. . 55 6 2=, ( [1–7]. *- 1 2+2 6*- 8 8 / 5 .+2, 28 3 2, /2 , A(32 ( A 6 D3*,2 ,*- 12 - (832 /2, 221

327 . 6 7 . 57 A D , + A.014 ,*- -+.341. . D2 1 1 (+ *A.341 1 ,*- 12. 3 1 3 82 D / 014 . ,*- +.341. D2 1 1 * -, . ., . AD.- 2 -*, + 12/8 . 6 34 1 , + * . . , < 3 - 0 = - ,. < 014 63 - 2, 6 23./* ( 6 27 3 8 - 3 -<* ( 6 D3*,2. + 0 4 , 0 7 < 0 2- G14 ( .+ -2 +. ( 60-7 + ,2 .3 8 1 3 11( J - A G, - 5 , 5 + ,. + 5 30-2 2, + + *1 H* – J - 6 , 1 2+ 2 1 ( 1*, “ * 26 G 1” - 6 <2 / , 5 E , 5. 3( , , 1* , 6* *-D / G D 301 . 6 2 14 30-2 2 . 1 , 27 + ,. + =, D 5= – * 26 G 1 – .<2 30014 6 - ,3* ( AA , D < G 1 8 /2 . * =H3 A A A + *6 G0 1 8 / 5 -* 3 8 5 6 +12 . 34 D.- 2+ + ,. A,., -1 + 1* , 1 - * 6 2<2 (. 3* = A 2+.12 A .+ 8 .<21+. * , 8, D -1 0 #. ' 34H* 1 8 , * 3 5, J D.32 6 2 + * 8 A 21+.. ’. 3 12+ , (+ 6 +12/ 8 3.A4, J A D*A6*/.G E , = 6 * 2 . 6 34 1 , 6 1(8 , + 34+ 7 1 7 -* (123 14 A 2 G14 ( + 34+2 D. 732 , 1 34+2 = .6* */32 . < 2- 3212 1* -* 5 4 8 A21+.. * H : .+ -1*7 / 2= 6 8 * * 32H* 6 -2 8 3.A . E* , 27 + ,. + =, = 6 2/2 2 6* *7 - 30-1 E , = 8 . 6 34 1 – 5 (+ 1 , 5 E A2 2 3 A 5. y2, / , * 128 G A .+ -1*7 / 2, 6 8 * ,, . 1. /. = . E* ,*- . .8 1* -* (: 6* *1 2 H2 4 “/*1 * 1. 3 -.”, A- 1 . 2A / 12 - , 14 1 5 *32+27 8 .6 30-*=, -2 A 27 /2 2+ 3 A 5 , 3 - 8 6 + 3 (, , -,*12,.30014 6 8 * 12 +.341. 2, 6 3(0/2 A , A 12, ! ( . y*, J 2 H = * 26 G 1 = 5= , 2( 2 ( , 3 6 -8 1 3* 2, 32 E , 5, -/214 6 +2 J * 6 - .1 14 . 4 8 ,*- -+.341. 2, 6 A 2= * 4 - 61 5 6 <2 / - ./ 8 ,*- - 2 +.. 1 / H* 6 1*, J = 8 ,*- -+.341. * 6 -6 - A, 1 , D (8 , 1 D32 1(, E , 5. 1 G 621 ( 6 , . G5 6 -6 - 1. * 2= * 4 A- 1 1 - 6 <2 ( E , 5, 1 D1 6* 2= * 4 ,*- -+.341. 2, . *3* ( * < G. •0-2 A- 1 + 212 ( 6 +12/ ,, J * .14 , -,*- , A =, 12 6* . 6 A2 0 J - 1 2,. 5 E , 5, A- 1 55 1* 6 *1. 12. 222

8 , -( - 3 A 2 * 6 2= (11( = A., ( E , 5. F* <* /2 * 2A / 34 + 21* 5 ,*- -+.341. 2 * 26 G 1 , . 1. /. = .+ 5 4+ 8 . * 1 514 621 ( 6 - .1 14 ,*- -+.341. 2 D2 1 1 – G. 21 ( 1 ,., (+ , (+2= * 4 +.341. 2 H 8 2 H 4 8 6 <2 / E , 5. C .-21 5 -D. G14 ( 3 A E +1 , 34 27 ( 2J 6 * , 2 1*A 1 2, 27 A 46 . 6 34 1 . 1 +2= 6 D 2( 3(G14 ( 3 2= 6 * , J 1 214 . E , = 8 6 1 . (+ 34 -6 27 3 8 / 8 ( 2J . C2J2, *, 6 * . 6 2=, ( ,*- = 8 1*+ 1. G = 8 A /* G * 6 2=, (, . 7 - (+ 8 A +2, J , 1(14 ( 4 ,., D. 014 .D’G+12 8 A /* ( -3( * 26 G 1 E , 5 6 2=, 014 ( 2, . 6* ,. A /* G ,. A ’(A+. , < D 0, J 1 0G .-<* (, ., 2 -2 -6 - 2= + 1*+ 1. 6 * 1* 6 *1 5 1 2, /* *A E , (, 6 =H H2 6 * 2 6 2=, ( ,*- = 8 A, 1. = -*+ 1 8 = 8 A., (, 6* *1 0G14 ( A (. * *A 1* 6 *1 0 612, A.014 ( 6 * 2 * *6 5 E , 5 6A ( .-21 G0 -* 34 5 * 34 1 , 55 6 - * * ( A * 34 0 -= 10. * , < 6 2 4 ,. * 7 . 12, J 6 A 34 - (34 14 30-2 2 7 +1* 2A.G14 ( G- 10 1*3*+1. 34 8 6 /.11G 8 . 34 2,2 , <.14 D.12 = *, 5, * 1 34+2 ,2 3* (, – A A / . | ,,. = 8 6* *+ (, A., 22+ G A 6 G( 34 5 -.,+2 6 /.11G 27 / 3, (+J - E. + 5 A , ,2 3* ( -*8 -.G [8]. 6 * 6 2=, ( ,*- = 8 1*+ 1. +30/ G14 ( * 1 34+2 A., 30-*=, = .( , 2( 3(G14 ( A- 1 14 - -* 12E + 5 A 6* < ,2 1 ., , D 3 A.G14 ( D2 12= - 30-2 2 -3( A+ 211( A /* ( 1*+ 1. = 1.512 8 = 8 A., (. 1* 6 *1 ( A D*A6*/.G 13., /* ( ,*- = 8 A, 1., J -D2 G 6* . , 1* 34 . /2 -.7 . * 34 14. 2 4 ,. , <* 2 D3(12 ( A 1 3* ( A 27 E 8,* 1 1 D A -D21 5 - = 1 A - D <. 2,2 * 34 2,2 ( 2J ,2 6 * ,2: * 26 G 1 - , , 6 - - , 6 8 * 2( 212 " , " " E , 5, (+ 6 2=, G14 (. D32 +3 - 1 2 2+ 014 . * 26 G 1 6 2 3A = 1* 6 *1 5 ". 1*3*D /* (, (+ - , , - A (G14 ( D32 0 , A 5/ 10, + 32H ( - = 14 6 *- 1 3(G14 ( 1.1 6* * < . 283(- + 1+27 A 1 2 3 10, A 27 A A, 1 ,, =/ 1 H* * A ’(A 27 , < D 0 3 8 /223

2,2 D 1*,6 34 2,2 A ’(A+ ,2 E 8,* 1 , J -D2 014 A , 1 ( 2J . +.,* 1 34 -* + - 2 E 1 8 E 5, 1 3* 1*3* A = 2= 1 , 6 2=, 014 ( .-21 G0 (+ ,* <211( = 8 * 34 1 = - = 1 , J 6 2A -214 - A 2<* ( + 212/ 1 6 2= (11( 1*3*6 + A., 6 213.,3* ( A- 1 1 .-21 5 3 A. * 2E + 5 -* <. 5 6 2 4 ,. E , 5. T.14 632 . 1*3*D /* ( 6 3(8 G 1 ,., J 1 214 , . .-21 0 1 2J* 2,.H* 8 6 /.11G 8 G (, * 34 8 6 A ( ,*- = 27 E* ,* . -, . - 62 4, 27 1*+ 1 1*3* A = 2= A, 1 A = 8 + ,2 .J2,, 3* , 8.1 , 632 , .-21 0
A

D. , 5 E , 5 /2 6 3 12/ 8 - (/ , /2, A- D.32 3 . E , = 27 + 3* . T , < 1*3*<. 3 12 A2 014 *D* 8 , 1 2, ,’( , E , = 27 G , D A,.H* , 2+ .0/2 A , 3* ( 3 2+ , 6 1.6 12 ( 10, /* 10, , 34 2,2 6 2 26 ,2. -*, + 12/ ,. . 6 34 1 . 6 34 1 G E. - ,* 1 34 0 10. '*A *5 *, <32 * A* E. + . ( . 6 34 1 , A D*A6*/. * 1* 2 2, 2 +.30 (, 34 5 E , 5, 6 1 = 2, D, , E , G0 , < 3 - 0 8 , -( ,2. * 6 2 D.12 “ *-* 0”, 2+32+ 0 1 , .-21 5: * D7 - , J D , 3 , . 34 . ., D A. 3 ( A = A., ,*7 A, 6* 2E +2 ,*- = 5 6 +12+2, A- 1 1 30-*= , 1 =8 3 A., 1* 6 *1 5 = 0 ( A, 1. . 8 . ( 6 1 *D2 ,2 3* 8 , 6 AD 3* 8 6 2 1 1 3* ( 6.D3 +2 - A D , 5 E , 5 ,*- = 8 A, 1. A / * 8 . 0 3 - , 8 , 34 +12 8 8 , -( 2 -*, + 12/ ,. 6 * , . + * ,. 7. +., 1 G /2 2+ , -* 34 5 -*, + 1 5, A *-* ( 55 - , E / 8 6 (11(, , 1 5 D,*<* 8 D . -*, + 12/ 27 6 *-. . , -( 2 , 6 AD 3* 2= +.341. 2 34 -+ 212/ 8 3 A., 1* 6 *1 5 = +2 A, 1. , 1 G32 0 <*1 0 -*A E , 5 , 6.3(12 8 632 ., 6 (, 27 +* . (= 8 34 0 6 *- + 0. * A = * * 12 1 2, H2, 121.1 , - , (+ A+ 2 014 -2 , +. 2 *3* ( + 5 2 1/2A ( 27 A D , 5 E , 5. 1(8 , (-. + 6 1* 8 ( 1 D 34 2 +2= * 4 *2 A .11G 2, 6* * 2J* (, (2. 32H* 2005 +. 6* H* A E + 6 A212 2= D 3 2 .+ 5 4+ 5 6 34 12 . D.14, * , < < 12 *A.341 1 , ,.< 4 5 8 , -( 4+ 5 6 A2 5 (-. 8 A*1, -*(+27 1*3* A = 27 + 3 . 6 , /* 5 * 30 5, 6* * G 1 G0 <. 3 1 D’G+12 * 2 13* ( ( 2J 4 8 -* (. - G0 A 8 3 27 ., 1 3* ( 2 34 8 . 6 34 1 G E ,. ( - 3 8 5 A G, - 5 , < D2 1 10 3 - 0, +.341. 2,2 6 3 12/ 2,2 23 ,2. '*A - 3 8. * , <* D.12 A8 -2, . 6 H 8 A 21+. -* < 2. 6* - 6 3 12/ 5, +.341. 5, *+ , / 5 , -* A 5 6 1 *D - 3 A 1 G D32 A /2, 0. 34 . 3 8 -<* 1 + 8 - 3 8. 3*<214 , -,*- , J 1 014 . 4 ,. 26 -+. 6 * *- 2+ , , < . 6 225

34 1 , 3 - 0. T ,* 2 8* * .014 6 (, .014 6 1 +2 E , 5. T ,* 2 A- 1 =D 34H *E*+12 A - 34 (12 E , = 6 1 *D2 8 , -( , 6 8 -<. 12 1* * 2 D2 1 1 , . 6 34 1 -* < 2. 3* . 6 H 2, 1 +2= - 3 8 , <* D.12 1 34+2 A 8 1 1 - 4 8 + < 5 A 1 . 1 / ,. 4 8 6* H2= 63 27 -(14 6 D3*,2 (+ ,*- +.341. 2 . 6 34 1 , 1 + ,*- -+.341. 2 + < 5 + *, 5 D2 1 1 . F* / 12 A 8 34 5 +.341. 2, 6 ’(A 5 A : A - 8 D +. – . G1 34 ,. 63 (+.341. . 6 34 1 – ,*- -+.341. . 6 34 1 ), A H 8 – D2 1 ,. (+.341. 30-2 2 – ,*- -+.341. 30-2 2), + 32 + * 1.G14 ( A G, - ( 30-2 2 A 1 , ,*- , = 8 6 2=, ( 1 /* , 2 <* ( /* *A ,J 1 1 / ,. 6 - .,+. A D*A6*/.014 6 * 7 -<* ( 30-2 2 <211( . 6 34 1 . - + H2, * 26 G 1 ,, . 6* H. /* 8. A , 3 - < 8 * *- 2J , 3 12 * D*A-., *, * AD 32 * 6 832 ( E , 5, J 6 27 -214 A 1*3**+ , + ,6’01* 27 , 1 , - 6 2=, / . I+ 3( -- 014 6* * 8. A 8 -. A< 34 2, H ., “,234 2, 6* ,”, * 3 ,, < 2, + ,6’01* 2, 8 , 1 J . . 00/2 4 E , = 2=, 1. 34 2= 1, H+ 3( / 1 * -.,.014 ( A, 1 1 8 , J 2,2 6 2=, G14 (. y +2, /2 , 6 1.6 6 21.63(G14 ( 6 1 *D A- D.11 A 4, 6 3+. A 6 *+ 2,, . -.7 * 1*12/ ,. AD 8 /* . 3( , 3 - , J 3*<214 - 1 + A 8 *5- 8 126. 83(- / 3.7 / , ,*- -,2 1* 1 2+ .014 32H* A < 34 . /2 *3 + = . E. + 0. T* *- 3 - 2+ , 6*- 8 8 , 6 27 3 8 A’( 2 ( 6* 34 2= 1* , – , 1 D1 *A- 1 14 6 <2 / 6* * D212 E , 0, A =12 - D 12 A *32/*A 8 6 1 +. =D 34H +1. 34 ., 1 +., J A - 34 (G 6 1 *D2 30-2 2 6 2(G 55 -.7 ,. AD 8 /* 0 *D / ,. A 21+.. C - , , J ,*A- 1 D.12 -<* *3 , A 4 1 = <* / – 6* *H+ - 0 / 1 27 , A D , . *D / 8 A 21+. , - / , E +1 ,, J 8 34,.G = 8 . D2 , 5 + ,. + 5 , <.14 (+ 6 2(12 6 A212 ,. A 21+ 30-2 2, 1 + 6 2A -212 - -.7 8 6. 1 H* (, , 34 5, * 1*12/ 5 + 2A2 D2 1 1. .3412,*- = A D2 , 3 - < ,. H+ 34 ,. * *- 2J =/ 1 H* G: 1) -<* *3 , E , 5 (/21 ( .+ 5 7.- < 4 5 3 1* 1. 2, 2 /* ( 1* +12 27 + 1 3 8 1. .); 226

2) A D , 6 3+. ( (A = , 1 , 32 1. (A - 6 , 8 0 *3*+1 5 6 H12 1. .); 3) E , 0 -6 /2 +. A 8 (+ ,6’01* 8 2, 6 3.7 . ( + ,6 +1--2 + , 6* *83(- + E 34, 1 J ); 4) 1*7 / 2, A D , / ( ( 2 /* ( 1 D32 4, - -2+ , 8* 8 E / 27 + 1 1. .). A 21 + + ,6’01* 27 1*7 3 8 = 6 H2 * ( 1* *1. 1 0014 , <32 1 -3( 8 A 5 G-2 5 1 4 5 ,* *< -2 1 = 8 / (. F* 32H* + *, , 1 + D2 , 212, <* 1 2, (/2 A- D.1 ?) . 6 34 1 , D3 8 - A 21+. A D , 5 + ,. + 5. ,2 < <2 *, . 6 34 1 , (+* 6* *D. G 1 - 5 6* *7 -. -. 1 34 8 126. E , = 8 . - G0 A 2 4 8 6* *7 - 8 6* -., -.,+. (-. = 4+27 - 3 - 2+ ( . . ’ D 4+2=, . . T*3* + , . C. |*, . . •- , . C. +.H2 = .), G 2 2+ * ( E , = -*+ 3 8 / 27 6 D3*,: A 8 A 6 27 E A2/ ,. A’0 30-2 2, + ,6’01* A 3*< 14 A3 /2 14, E , = D*A6*+ D2 1 1 . 6 34 1 , + ,. + 12 -* (, 6 .H* ( 1 34 27 .1 1 30-2 2 ., 7 A 21+. 2 1*, H1./ 8 1*3*+1. [7]. 4 8 3 - - - 12 6 D3*,. *+ 8 234 1 A = 8 *8 12 2, 632 , *6 31 0 .-21 0. T./ , 3 - 30-2 , J 1.6 G <211(, 6 A G * 34 . - = 14 D 8 1 / ,. /* *A -D21 “+ 12 2 1.”. 6 - * , * 1.1, D*A ., , 3*<214 .A. 34 = ,*- -+.341. (+ , 1*3*D /* (, -* , + ,6’01* ,* *< ). -+ 55 34 . , 34 ,. 27 . 6 34 1 - 3*+ * D*A- 8 , ., 7 + ,* 3 A 5 ,*- - 8* 1 1 / , A- = 0G -2 E. + 34 2= 632 83(- / . C632 .A. 34 5 * 34 1 , 3 -4, . 1. /. H+ 3( , – 6 *-,*1 3+ , D„ . 1 8 A *6 + G ( H2 + 5 8 , - 4+ 1 . * 1 .+12 2= 632 *+ 8 234 1 .-21 0, D32 *6 3 1 0, , 3 71 4 8 - A 6* */.G. F + , J , - (/ 1*3*D /* ( <* * , <.14 A , /. 12 0 34 . 6 H2 * 8 * 2 27 D A . *A.341 1 1 2 327 - 3 -<* 4 <. * 1 -*1 34 +3 2E +. 3 , , <32 27 6 2/2 6 2 D32 1 * 234 1 -3( -21(/ 5 .-21 5 (-2 . [7, c. 96–106]): 1) ! ( ( , " : - 12 -2 3(14 ( 234 1 6 1*3*D /* 0, 1 ,. J AD.-<.G, 6 -230G *, = * 7 230 (. .014 - + A2 1 8 , J 6* *83(227

* A 234 1 , /2 6 8 A ,2 234 1 A / +12 A.G 6 6* *<2 (, AD 34H.G H 2-+ 14 * *D211( 12 + . 327. C632 ,*- - 234 1 * 4 -21(/ 5 7 234 1 D.3 -D21 - 3 -<* (7, 6 - / (+27 2, 0 32 ( * *D211( 1*,6* 1. 1 3 . 2 4 ,., 6 2, ,, 6* *83(- E 34, < 7 2A / ( D 8 14, - 14,2 (+ “ 2- 2J*, J A 7 630G”: “ -2 30 ( < 72, 1 ,. J ,* 6 - D G14 ( 3(+ 12 (”; 2) " ( ( #): - 1(, 6 - D G14 ( 1. 34 D 12 ./ 14 8 * 2 27 - (7. C - ,. A - 3 -<* 4 48% H+ 3( -6 32, J 2 A <-2 6 /. 014 <* 1 , 45% + A 32, J 2 A <-2 6 6* *<2 014 “6 8 ,. 73 6 * ”. * D 8 1 D 34H* (59%) 6 -+ * 3232, J 2 A <-2 7 /.14 D.12 “8 2,2 8* (,2”. * H* (39%) A A 3 (, J 5, 6 - D G14 ( -2 212 (, (+ *+ 30-2 D’014 (, A 6 - 0014 -2 - ,. D 34 1. . F -/ 14, J A 7 63* ( ,*- -1*+ 1 ,2, (+ , 1(14 1.3 12/ * A D <* ( * 234 1 , 6 ’(A * A -/. (, A - 3* ( - 6 83(( 1 +27 * , * -+ 0 -* 12E + G0 A 8 * ,, * A 6 A212 2, 6* <*, /2 <* 1 0; 3) " ! ( ( “ ! "”): D 14+2 / 1 3 , 1.014 - 1.6 - 1*= - < 1 +27 1*3* * , / 8 1 + 8 -. *6 A -2 1 014 -3( 6* 5 / 12 2 *6 3 17 D 34H D < 2,2; 4) ! ! / , ! : 8 * 2 30-2 30D3(14 -2 212 ( 6 8 ,2, J 6 + A.014 7 +1* * -3( 27 6 -<* (. *- 234 1 , <* * 6 - 2J. 12 8 * 0, 3* 1 - 12, J <* 8 * 2 , 30D3(14 6 1* 8 12, (+ H - 014 8 * 2 . 3 -<* ( 6 + A.014, J 30-2, (+ * 34 ,. <211 6 -(14 ( 8 * 2 , A.62 (014 = 2D D 34H 8 * 2 27 6 8 , 7; 5) " ( " # " #): - 12, -3( (+27 234 1 G * -’G, 0 / 12 0 + 32H 7 34 27 + 3, D 34H* + 3(14 ( 234 1 , *+ . ƒ + 34+ 6 2/2 , A (+27 .G 1 +2= 1* * : - 1(, 6 - D 014 ( 1 A < 34 6 8 ,2, J D32A4+ - 57 4 8 <211(, “ 6 A ./ ” 57 4 ,. <211G ,. -.. }* - 6 2/2 228

1 ,, J - 1*= “ 1 .,* 1 34 2=” 6 -7 - - 6* *83(-. 1*3*/ -* 6 8 ,: 2 -2 3(14 ( 1 A 27, J , <.14 - 12 <32 . +2, (+ 1 .014 ( 57 7 3 27 6 D3*,. F 6 2/2 2 - 014 A, 8. 6 26. 1212, J - 12, /2= - 6 ’(A 2= A 234 1 , . <211 , D.-.14 D 34H 6 2 D3* ,*- - 234 1 ,. -1 * -<.0/2 0 1*A., <. * 1 -214 (- -., + ,*2+ 4+27 6 -3 1+ : “ 234 1 *+ A,.H.G ,* * A -., 12 ( 6 6 - 5 , G,. 3 ,. <211 ”, “ , <. /212 ( A 72J 12 (”; 6) ' ( " ): + 1 +1 A ,*- -1*+ 1 ,2, J , 1(14 * 2 234 1 , - - 6 , 8 G 30-(, - 3 +12 ( - 3 27 <211G 27 1 7 * 34 27 6 D3*,, 1 ,. J , 6 2, ,, 126 2= 0<*1 1*3* * 3 A + /.G14 ( 1 <* 1 , 6 (-+. 6 .--(. 1 ,, 1.1 , <32 6 123*< * + ( – “- 12, J 3(+ 014 ( ,*- - 234 1 , , <.14 ,2 . 2+ 12 6 - D 27 * , J D * 6* *<2 12 *8 12 *, 5” , ,* 2 * 2-(14 D (14 ( 234 1 D.-4-(+ ,. 283(- , * D < 014 -/. 12 *6 2G, *, 5, 6 ’(A A 6 83((, + , A */* 27 234 1 , 30-*=, ,* 2 27 -(14 A + , 12, 2+30/ 014 1*3* A /2 6* *+30/ 014 = 8 H. 6 8 ,. 6 - / -*, 1 51 , * *+ 8 234 1 . C2A 0/2 <32 . 34 6 * 12 6 - 1 0/ 8 6 + 3 (, 3 - 2 1*, 8 , 1 2D.- . 12 - 2 2 0 27 6 <2 / E , 5 A *32/*A 2,2 * . ,2 8 A*1, <. 3 , + , 1* *1.. ( # ! " , " ( ". 1 D + ,63*+ 6 8 , ,*- 12, J 7 630 3 D A + 1*8 5 - 1*=, 6 -3 1+ , 1.-* 1 4+ 5 , 3 - , 7 . 3 A ., 2 57 4 8 / ( 27 (. ./ 27 1 +1. (7 ,*- 12 + * 1.G14 ( E ,. .-21 5 A- 1 1 - +12 8 , ,2 3* 8 A G ( ,*- = 8 A, 1., J 62 3 ( D A ( 6 .1 14, 6* 2E +. 3 , 27 + ,. + =. * D 34H . 8 6 2- 3(G14 ( A 21+ , 1 = 8 + 212/ 8 ,2 3* ( 1 A D , 5 E , 5; 2 D3* 0 6 +12/ 27 2/ + 2( 3* ( 6 ,23+ 27 6 - ,3* 4 6* *+ ./* 4 -* <. = E , 5, 1 =+ 8 ,. 1*1. 6 12 , 6.3(12 8 632 . ; AD 8 /* 0 34 8 -. .-21 5 6 +12 6 3+. ( A - .+ 0 = *3*+1 0 6 -.+ G0. 229

F4 ,. 6 2(G A = ,3* ( H2 + 5 .-21 5 A 34330 ,*7 A, ,2 E. + . ( , -,*- , , ,2 6 23 ,2 6 E* = 5 *12+2 <. 3 1 1 H27 1 /27 6 2+ ,< ,2 <. 3 12+2, 6* 2E + 0 *- + =5 “+.7 ”. *- 1 6 +32+ 2 D3(12 +.341. . 34 8 G ( ,*- = 8 A, 1., A 2 12 34 . +12 14 8 , -( . - 2, A <32 27 = +1. 34 27 . 6 34 27 A - 4 G 4 8 - 6 - 3 ( .1 6 <2 4+ 8 1 3* ( 8 , -( A D , 5 E , 5, J E ,.G14 ( ., 7 E , = 8 2 +.. T6 2=, ( E , 5 .-21 G0 D*A6 * *-4 A 3*<214 - 55 A- 1 1 - +12 8 1 / 8 G ( A, 1. , = 8 3 8 / 5 6* * D+2. T6 <2 ( ,*- = 8 A, 1., 6 AD 3* * +12 5 1*3*+1. 34 -1 / 5 2, 1 1 A .<.G 6 A 34 , <32 1 .-21 5, AD - 0G 55 , <32 1 6 2=, (. *- 1 6 ’(A - / A 6A (, 1 8 , (+ 1 0014 ( 6 H2 0014 ( ,*- -1*+ 12, A A 21+ , 312/ 27 A- D 1*= -3( 1* 6 *1 5 = 0 ( 57 A, 1. (1 - (+ 2 /* ( ,*- A 2/ = 6 ’(A.G14 ( A 6 +12/ 0 D 1 0 6 1 * 0 ,*- -1*+ 1 ). */* 30-2 , G A 2 * . A- 1 14 - 6 2=, (, 3 A., 0 ( 1 * ( ,*- -1*+ 1 , A., ( +.341. 8 6 312/ 8 + 1*+ 1. E. + . ( ,*./ ,. 1,+ - 27 *6 *A* 1 = 27 2 1*,, 2+ 2 1 . 27 ,*- ; <211( 1 + 5 30-2 2 . 6 34 1 1 6 ’(A * A 8 , -( 4+ 0 -6 - 34 10. . 1<*, ,*- 1 – * 2 /* ( ,*- , * 32H* / ( A - 6 , 8 0 ,*- . F* / ( “8 , 1 8 ” /21 ( ,*- -1*+ 1 ; 6 832D3* ( A- 1 1 - 6 2=, (= 8.,* 1 8 0 ( E , 5; A 21 + , 1 = 1 .-<* 4 + 212/ 8 ,2 3* (, 6* * 8, * 1*12/ 8 , +.; 1*8 . ( A 4 1 ., 4, J A- D. 014 ( / 34 27 A (11(7, . 6 * 6 2=, (, 3 A. 1 / 1 . T+3 - 0 ,*- -+.341. 2 G ,*- -8 , 1 14, -<* ,*- 8 , 1 .-21 ( A., G, J : • “,*- 1 30014 -*5, E , 0, 2 2 A 6 83(-. 30-*=; • -3( *, = 8 632 . 6.D3 +. 2+ 2 1 .014 ( 1*7 3 8 5, -1 + , < A6 A 12 1*7 3 8 5, 0

230

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. E , 2 ( U6 7 : U+ ,2+ , DJ* 1 2 +.341. . – ., 2000 . – 606 . V. . ’. 32 12+ .D*<* 1S (/*3*12=. – 1 - ., 1999. – 284 . . . “ (1 ( 3 14”? |* ,* ,*-2 + 212+2 + 1*+ 1* 2 E , 2 8 S + .– 1 : *<-. . 2 -1 <. 32 12+2 2 E23 3 822, 2002. – 346 . !. . Mass-media: 6 27 3 82/* +2* 6 * S 2 UEE*+1S. – T D., 1996. – 159 . / V. . T D - T <. 32 1 + = -*(1*34 12 -*, + 12/* +27 6 2 26 7. – ., 2001. – 268 . 9 4 4 ". ". . 1 (( + ,,. 2+ 2(: ,*1 -2+ 8 2A 22 DJ* 1 * 8 -2 3 8 . – ., 2001. – 176 . # . . *-2 D A 2*: 2 1 2(, 1* 2( 2 ,*1 -2+ . – 1 : FCC , 2001. – 708 . y. 27 32A 2 U12+ . – ., 1998. – 566 . © 78 Q B59J:

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3A D32 1 632 . , 5 + ,. + 5 6 -3 1+ . 6 6 1* *12+ -,*1 - 3 8 / . , -*34 A G, A ’(A+. 1 2 3 1 1*3*+ ,. + = 5 * *6 5, / 27 .( 3* 4 1 ( D2 1 5 A 3 1 1*3* * 26 G 1 6 -3 1+ 8 +.. C 1 3* * - 14 ./ 5 6 -3 1+ 5 1*3* .-21 5A *, 1 2 3 1 1*3* * *6 5. C2( 3* - 612 1 -*A - 612 A, 2 .D’G+12 5 1 2 3 1 -2 2 / . * 26 G 1 A 2A4+2, 2 +2, *, 1 2 3 1 1*3* * *6 5. :, -+ ,. + = 2= 632 , 1 2 3 14 1*3*+ ,. + = 5 * *6 5, 1*3* * 26 G 12 6 -3 1+ 8 +., / .( 3* (, .D’G+12 1 2 3 14 -2 2 / .. 32A2 S D* 12 A-*= 1 2( , = + ,,. 2+ 22 6 - 1+ . *-3 <* 1* *12+ -,*1 - 3 82/* + ( , -*34 A 2, (A2 6 - 3<21*34 12 1*3*+ ,,.2+ 2 = * *6 22, *,* S7 6 *- 1 3* 2= 2 . ( 32/ 1 = A *3 12 1*3* * 262* 1 6 - 1+ 8 A 1 . 1 3* * - 14 *,* = 6 - 1+ = 1*3* .-21 22 6 . 0 6 - 3<21*34 12 1*3* * *6 22. CS( 3* S - 61 2 S* 2 -*A - 61 2 S* 2A,* * 2( .D‰*+12 = -321*34 12 *-2 2 S *,* 2 . * 262* 1 2A+2, 2 S +2, . *, 6 - 3<21*34 12 1*3* * *6 22. % : , -+ ,,. 2+ 2 * A-*= 1 2*, 6 - 3<21*34 14 1*3*+ ,,. 2+ 2 = * *6 22, 1*3* * 262* 1S 6 - 1+ 8 A 1 , *,* S* 6 *- 1 3* 2(, .D‰*+12 ( -321*34 14 *-2 2 S *,* 2. The features of influence of mass media on personality have been analyzed. The article provides the theoretical-methodological model of duration of telecommunication reception, temporal presentations and personal maturity levels of telerecipients of teenage. Heterogeneity of modern teenage TV viewers concerning a level of duration of telereception have been determined. The adapted and disadapted changes subject durations unit of the time in recipients with low and high level of duration of telereception Key words: influence of mass media, duration of telecommunication reception, telerecipients of teenage, temporal presentations, subject durations unit of the time.

232

B . '. 732 2= A 21 + + ,. + = 27 1*7 3 8 = , -,*- 6 2A - 1 8 , J 4 8 - 6 D3*, *+ 3 8 5 E , = 8 * *- 2J 283(- G D 34H A 8 A32 14 6 ( A *+ 3 8 G0 D 3 8 / 8 * *- 2J . (. D2 , 5 + ,. + 5 ( ), . =H32 <211( ./ 8 . 6 34 1 , 1 32 +3 - 0 = 8 6 D.1 5 +.341.2. T./ * 1 34+2 6 H2 0014 A (1 E ,.014 *3* ( 6 6 - 5, J -D. 014 (, = A- = 0014 342= + 1 34 1 .6 3 (, 632 014 E ,. ( . 6 345 -.,+2. * 4 1. – 6 / 1 + 1. 7 +1* 2A.014 ( 12,, J /* *A 30-2 62 23 ( 6 - 12 + , *32/*A 5 + 34+ 1 E , 5, (+. * 6 , < A 512. (- A 6 D3*, 0 - D . E , 5 2 2+ G H – A 3*< 14 30-2 2 ./ 8 . 6 34 1 A 8 3 , - 6 -.+ 5 . 6* *+ (, D 8 14 7 E 7 4 8 -A 2/ = 6 H2 * 0 G 1*3*+ ,. + = A 3*< 14 (A 3*< 14 - 6 -.+ 5 1*3*D /* (). : 2A /212 D32 1 632 . 1 2 3 1 1*3*+ ,. + = 5 * *6 5 / .( 3* ( 6 -3 1+ . .D < 1/2A ( .+ 6 34 12 2A 014 6 D3*,. 632 . D2 1 14. *-* *32/*A . + 34+ 14 - 3 -<* 4, (+ 6 -1 * -<.014 ( 14 1 + 8 632 .. 2 4 ,. A 32H G14 ( -+ 212, 621 ( 6 ,*7 A,2, 6 ,*1 2, + 21* 5 , -+ ,. + = 8 632 . 6 27 +. 30-*=, D32 , 3 - . y +, 3 A .+ 5 3 1* 1. 2 A -/2 * 2 D3* 14 - A / 27 6 ,*1 632 . 30- 4+. 6 27 +.: - 3 - 2+2 * - =H32 A8 -2 J - 1 8 , + 34+2 1 +2= 632 G 234 2, /2 3 D+2,, *8 12 2, /2 6 A212 2,, -* 1 .+12 2, /2 + 1 .+12 2,. 2/2 , , , + 2G14 ( ,*1 - 3 8 5 .A 8 34 * ( 1 2, 27 A - 6 , 8 0 *,6 2/ 27 2, 0 4 E +1 . T62 0/2 4 32H* - 3 -<* 4 632 . + *, +3 - , 1 = 6 *- +2 * 26 G 1 , -*(+ - 3 - 2+2 A , A 12, D3(14 -.<* H2 + + *61. 34 2 +2 6 6* 2= A 8 34 2= *E*+1 632 . 30-2 .. H 6 83(-, 1 + -.+12 .A 8 34 * ( G *+ *+1 2,2. ,1 8 ,6 2 0 632 . 6 27 +. 30-*= .+ + J ,. 26 -+. 2+ 2 1 . 32 *+ 6* 1 + 21*5 0 ( A, 1. E , 5. 1* 1.1, (+ A A / G . . | 3 , A 8 34 2A 27, .+ D„ . 1 27 + 21*233

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237

5 * *6 5 (-2 3(14 ( 1*3* A 6-7 12<-* 4 6 5-7 8 -2 - D.) [8]. 50 *1 6 - 3 -<* ( 6 3(8 . 6 *-* 3 D 1 8 *+ 6* 2,* 1. A ,*1 0 2( 3* ( , -2E + 5 .( 3* 4 6 -3 1+ 6 1 2 3 14 -2 2 / ., J D*A6 * *- 4 6* *<2 G14 ( * 26 G 1 ,2 A A 0 1 2 3 10 1*3*+ ,. + = 5 * *6 5, 3 D 1 27 ., 7 * *6 5 -* 6 -.+ 5. 3( -, 0 ( -2 2 / ., J D*A6 * *- 4 6* *<2 G14 ( -2 - ,, D.3 2+ 2 1 ,*1 -2+. 34 8 .D’G+12 8 -, 0 ( (CTC), A D3* . . C. 3. 2, [9] 1 - 61 . ,2 - ,*12 1 8 6 1*A2 H 8 - 3 -<* (. *A.341 1 6 *-* 8 *+ 6* 2,* 1 34 8 - 3 -<* ( “ -2E* * 1 27” 1 “A 3*< 27” * 26 G 1 D.3 2( 3* A, 2 .D’G+12 5 1 2 3 1 7 232 2 A 3*< - 1 2 3 1 * *6 5 -* 6 -.+ 5. 1 . ( 6 *-. 2 6 ( ( * *- 7 A /* 4 6 + A 2+ A t-+ 21* G, T140-* 1 -3( *A 3*< 27 2D + - 3 A, 8. A’( . 12 - 1 -, 1 .( 3* 4 6 1 2 3 14 -2 2 / ., J D*A6 * *- 4 6* *<2G14 ( -2 - , A 3*< ( 1 2 3 1 1*3*+ ,. + = 5 * *6 5. 3 -<* ( 6 + A 3 , J .D’G+12 1 2 3 14 7 232 2 26 D. 27 A 2A4+2, *, 1 2 3 1 1*3*+ ,. + = 5 * *6 5 - 1 260 , 1 - (+ -3( “ -2E* * 1 27” 1*3* * 26 G 1 D 34H 7 +1* 0 G t <60 . +J , . 3 - A . C. 3. 2, [10], 6 2= (12 .D’G+12 . 1 2 3 14 7 232 2 (+ , . +12 5 26 D. 8 , 1 1 “A 3*< 27” 1*3* 6 <2 / 2( 3(G14 ( D 34H “ A 3 D3* 2,”. C27 -(/2 A A., ( 6* *<2 ( / . (+ - 612 5 E. + 5 <2 8 8 A,. 1 A83(- 0/2 .D’G+12 . 1 2 3 14 7 232 2 (+ 6 27 3 8 / 2= + *3(1 +12 5 6 27 +2 [1 , , ], 2( 3* D32 1 A, 2 .D’G+12 5 1 2 3 1 7 232 2 ., 7 * *6 5 -* 6 -.+ 5 ,2 A83(- G, (+ 6* 2= 3 8 A 8 34 8 - 612 8 2 - ,., (+2= 6 - A ,. 6 ( 3(G14 ( “ -2E* * 1 27” “A 3*< 27” 1*3* * 26 G 1 .

238

y +, “ -2E* * 1 27” 26 D. 27 * *6 ( -* 6 -.+ 5 G 1 * 8* 2, E +1 ,, . 3 - + - 5 (+ 8 .D’G+12 1 2 3 14 7 232 2 A,* H.G14 ( 6 / 1+. -* * *6 5 AD 34H.G14 ( 6 2+ 4 8 6 * ., 1 0/2 - 612 0 E. +G0 -3( AD* *<* ( 1 .A8 -<* ( - H* ( , < “A H ,2” 1 “ .1 H ,2” , 32 1(,2 6 27 +2. “A 3*< 27” 26 D. 27 2( 3(G14 ( , -2E +.0/2= 632 -* * *6 5, + 32 1 * 8* 2, E +1 , 1 G 1 1 + 1 30 - 6 * , * *6 5 -* 6 -.+ 5, J .6 -<.G14 ( -*A - 612 0 1 1 0 -/.11( / ., “ -/.<* (, - * 34 1 ” G 6 2/2 0 2 2+ * ( -2 1 * .. . T.11G 2, , ,* 1 , . - 3 -<* 632 . , 5 + ,. + 5 / .( 3* ( D2 1 1 G 2 D3* ( + 21* 5 0 ( A /* 8 632 .. -2 A 1 +27 + 21*5 A(1 1 2 3 14 1*3*+ ,. + = 5 * *6 5, J 6 ’(A A 6 D3*, 0 A 3*< 1 * 26 G 1 - 1*3*6 -.+ 5. ’( , J 6 -3 1+ 1*3* .-21 ( G * - 0 J 1 2 3 1 1*3*+ ,. + = 5 * *6 5. C2( 3* , J .D’G+12 1 2 3 14 7 232 2 * 26 G 1 A 2A4+2, *, 1 2 3 1 1*3*+ ,. + = 5 * *6 5 - 1 2
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244

NTENTS

THEORETICAL AND METHODOLOGICAL BASES OF THE SOCIAL AND POLITICAL PSYCHOLOGY Sljusarevskyj M. M. Conception of “Psychology in its own terms” by V. A. Romenets and the problem of social psychology sybject definition ........................................................................ 3 Bublyk P. I. The problem of prognostication in terms of social psychology: naturalistic, synergetic and hermeneutic paradigms ................................................................................... 15 SOCIAL PSYCHOLOGY OF A PERSON Tytarenko . . Individual and group technologies of the life aspirations optimisation.............................................................. 29 Lazorenko B. P. Capitalization of personality potential as a socialpsychological rule of the self-realization of problem youth and their life tasks implementation............................................. 40 PROBLEMS OF THE MASS AND ORGANIZATION PSYCHOL GY Najdonov . I. Coordination complexity of sociosystems and organizations as a social-psychological phenomenon ................ 60 Najdonova L. A., Otsaljuk . M. Selforganization components of territorial city communities development............................... 89 SOCIAL AND PSYCHOLOGICAL PROBLEMS OF THE YOUTH’S EDUCATION Donchenko O. . Psychological society conception and pedagogical communities problems ........................................... 102 Zrajko R. I. Socializing values of education in the globalization context ........................................................................................ 114 Pelekhatyj . M. Manipulative impacts in the communication of the educational process subjects ................................................. 126

245

Zhadan I. V. Content components of social ideas of university students ....................................................................................... 141 Kuzichkina N. V. Communicative potential as a factor of university students readiness for the foreign language environment adaptation.................................................................................... 152 Posnjak S. I. Ideas of educational process participants about a good citizen .............................................................................. 169 Dolhykh L. M. Gender inequality in carreer inspirations of university students .................................................................. 178 Ostapenko V. Y. Idea about social inequality held by different age cohorts of the population............................................................. 185 PSYCHOLOGICAL MECHANISMS OF THE INFORMATION IMPACT AND ELECTORAL BEHAVIOR Frolov P. D. Political advertising-2006 as assessed by voters and experts .................................................................................. 192 Pljusch . N. Information impact upon pivotal components of the political attitudes system................................................... 201 Glazunova S. . Environmental features as a factor of the electoral behavior of the youth .................................................................. 211 PSYCHOLOGY OF THE MASS COMMUNICATION AND MEDIA-FORMATIONS Baryshpolets O. . Media-culture: to the definition of the notion..........220 Myronenko H. V. Impact of duration and telecommunication reception upon the teenagers’ idea about time ............................ 232

246

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F*= 26. + AD 2+ 6 -8 1 3* A *A.341 1 ,2 - 3 -<* 4, A- = * 27 121.1 , 34 5 1 6 3 12/ 5 6 27 3 8 5 + 5 2 . 2005 . 1 2 1 1*= 6 *A* 1.014 A D+2, (+ 1 .014 ( 2A /* ( 6 *-,*1 34 5 6 27 3 8 5, D32 1*= 6 8 A. ( = 8 3.A .+ 8 A (. C2 130014 ( -2 -. 34 1 8 .6 1*7 3 8 5 612, A 5 <211G 27 - , 8 4 D2 1 1 , H 6*+12 , A- = * ( , 3 - , A + *, 6 D3*, 5. A83(- 014 ( 34 -6 27 3 8 / 6*+12 +3 - + -2 1 2 1*, 1 8 A =, , 8 A = + ,6 * 12 A 21+. 1* 21 34 27 8 , -. I2 + 6 *- 1 3* A D+2 A 34 -6 27 3 8 / 27 6 D3*, 12 27 ( , 3 - , - 3 -<.014 ( 6 27 3 8 / ,*7 A,2 632 . 6 3 12/ 1 2 1 *3*+1 34 . 6 *- +., 621 ( ,*- -+.341. 2, *+ 3 8 5 E , = 8 * *- 2J . 3( 34 27 6 3 12/ 27 6 27 3 8 , E 7 A ., < 27 .+, 2+3 - / , 6 1 1.-* 1 . ‘1 1 S6. + D 2+ 6 -8 1 3* 6 *A.341 1 , 2 3*2=, 6 *-* S7 121.1 , 2 34 = 2 6 3212/* + = 6 27 3 822 + 2 S 2005 8 -.. 1 S 1 1*= 6 *A* 1.01 A D 1+2, + 0J2* ( 6 *-*3* 2( 6 *-,*1 2 34 = 6 27 3 822, D* 1*= 6 8 A2 2( U1 = D3 12 ./ 8 A 2(. *J 01 ( 2 -22-. 34 S* 2 8 .66 S* 1*7 3 822 612,2A 22 <2A * S7 6 21(A 2= 32/ 12, - .82* 6*+1S , .J* 1 3* 2( , 3 -*<2, / 1 12 6 D3*, =. , 1 2 01 ( 2 34 -6 27 3 82/* +2* 6*+1S 3 < + -2 2 12 2 2 1*, 2 8 2A 2=, , 8 2A 2 S* + ,6 * 1S A 212( 1* 21 2 34 S7 DJ* 1 . I2 + 6 *- 1 3* S A D 1+2 6 2 34 -6 27 3 82/* +2, 6 D3*, , D A 2( 2 621 2( , 3 -*<2, 2 3*-.01 ( 6 27 3 82/* +2* ,*7 2A,S A-*= 1 2( 6 3212/* +2* . 1 +2 2 U3*+1 34 * 6 *-* 2*, 6 S ,*-2 -+.341. S, U+ 3 822 2 E , 2 = *-S. 3( 2 34 S7 2 6 3212/* +27 6 27 3 8 , 6* 2 32 1 6 ,*< S, .+ ,, 6 *6 - 1*3*=, 62 1 2 1.-* 1 . This collected articles instalment has been prepared on the basis of the research accomplished by the Institute for Social and Political Psychology of the Academy for Pedagogical Sciences of Ukraine in 2005. The authors of the articles present their elaborations concerning the subject of the social psychology definition, peculiar features of the prognostication in this sphere of knowledge. Individual and group technologies of personal life aspirations optimization and other aspects of the youth’s self-actualization have been revealed. Social and psychological aspects of the complex coordination of social systems and organizations, selforganizational components of territorial communities are being examined. Elaborations on social and psychological problems of the youth’s education are widely discussed, psychological mechanisms of the impact upon political attitudes and electoral behavior, media-culture issues and information environment ecology issues are being investigated. The book is intended for social and political psychologists, experts in adjacent sciences, professors, post-graduate students and university students.

247

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