ΙΣΟΚΡΑΤΟΥΣ Α - ΤΡΑΠΕΖΙΤΙΚΟΣ.pdf

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copyright 0 . 2006

SET: 960-316-306-6

ISBN: 960-316-307-4

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upsilonasper upsilontilde + Z upsilontilde G-M Y ' * GM M . / M &- * upsilontilde + D D' ' upsilontilde -+, V *, D R , D " . nD upsilonasper* ++, upsilonasper& / M upsilontilde,upsilonasperupsilonacute B , V , upsilontilde < -, - G MJ.

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t Y ", $ *-, V " Y < < , %> Gupsilonacute upsilongrave +, < G GM

BIBIOHKH TN EHNN

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BIBIOHKH TN EHNN

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IOKPATOY OOI EPI TOY ZEYOY

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BIBIOHKH TN EHNN

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BIBIOHKH TN EHNN

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BIBIOHKH TN EHNN

Y $ ^, / M G / - < < M $ $. upsilonacute "-

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. upsilonlenisM * $ > C + upsilonasper upsilonasper? ',' $ =$. * C * upsilonasperM $ -

M 404 .5. n > GM upsilontilde 407 + B G / .

BIBIOHKH TN EHNN

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BIBIOHKH TN EHNN

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33. $ upsilongrave upsilongrave, $ ~ C D* * M upsilonacute+.

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BIBIOHKH TN EHNN

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39.' ; Y ' upsilontilde + M 414 .5.- ' * M 404- $ .

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, J +*+ * < upsilonlenis& - V G upsilonacute, V G& < < upsilonasperacute- * , V upsilonasper / GC - i$ - $ , V % - " - % G / ' &" upsilonacute .-, 8 upsilonacuteS I > upsilonlenistilde @A , upsilonacute > % upsilontilde % >2- ., > W upsilongrave C ; @-, 50. 8 upsilonacute 8 8 . - % ` O'` ? -, N > ? . upsilonasper > .? , 8 C . A -M, > upsilontilde % upsilonlenis% I XM, 8> upsilonasper, upsilontilde > upsilonasper> upsilonasper .

OEI TOY TPAEZITIKOY

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upsilonacute, upsilonasper > < ++( upsilonacute - upsilonlenis< t M < -

upsilontilde.

3. D VM - upsilontilde , +* upsilontilde () GM upsilontilde 433 *, $, M 387 .5.

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5. $ - ,$ G upsilontilde upsilonacute.6. $ .7. - " & C* D ; *- < . - / upsilonlenisM. $ M G t -$ .

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(. .. 93), > " upsilontilde " , M G-* * Z upsilontilde upsilontilde (. ., 74).10. ?M( $ upsilonasperM upsilontilde " G / M upsilontilde ? .

$ ; & > B, Gupsilontilde, B , w B ; / M -* upsilontilde B ; C G * GM upsilonlenis' upsilongraveB * - ' G' B + Z upsilonacute&< M VM . 12. ' M "upsilonlenis< - ' ;& > x < * < $< < " , C& M , M upsilontilde11, t ; upsilonasper*. @ Y x x&upsilontilde M upsilontilde, & > upsilonlenis, +-upsilontilde, < G * , < < -upsilontilde M 12, * M +; , > -' x - *C, Gupsilontilde < - M , *& , ", / upsilonlenis, .C GR ( - < < ' -% - < +upsilontilde % < < " upsilonlenis, %- >, $ D C M upsilontilde, upsilontildeG* upsilonlenisM (> M C) - > &upsilonacuteupsilonlenis, M D V v C. - $ %

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11. , upsilontilde, t upsilonasper () / ' & upsilontilde , < YM upsilontilde G* v upsilonaspertilde upsilontilde Z &, G"

* / ' C $ G*.

> R? I Q', SH >upsilonasper' 8 upsilonasper upsilonacute . ',? 8 upsilontilde 8 8 K , > % @% ? -; upsilonlenistilde B B' C.11. 8 upsilontilde>, v C , .upsilontilde .?- V ; % .A upsilonacuteS upsilonasperacute g ?- ? J upsilonlenisS NR % .'% Q " N T =' %.% % % N A S upsilonasperupsilontilde upsilonasperA. 8upsilontilde N V G M -upsilontilde, ." , A V _ '.12. >% > N N M_ upsilonlenis, Bupsilonacute Q'C upsilontilde ? ? H , ? , N ?M upsilonlenis _ ?"_ XM > .@ > upsilonlenisupsilontildeD : 8 Q' 8 @ ? upsilonlenis, Q BK . A> .AupsilonasperS MA upsilontilde V upsilonlenis L. upsilontilde ?

12. V upsilontilde G* +< G< *, upsilonasper+ / +-M * < . +M <

(+< t D < upsilontilde upsilontilde +). &, u upsilonasper+

/ +, D " G* /M GM

*.

upsilonlenis< - Gupsilontilde - % , Y % M M*13, &$ % / upsilontilde upsilonacute-, w &upsilontilde ' G upsilontilde upsilonacute Y M /-M > t upsilonacute (- o upsilontilde) - Y L' upsilonlenisacute + upsilonlenisM, < M > Dv " Z G - GM M D "- ", upsilonlenisM < M R upsilonacute15 - ( $ ' *C &upsilontilde < M upsilontilde upsilonacute- ; upsilontilde , M G* -+x upsilonacute i< 16. -, $, *, < < * - upsilonlenis$.

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$ upsilonasper$ / ' v upsilonasperM upsilontilde . V Gupsilonacute

upsilontilde upsilontilde .upsilonacute - G * / upsilongrave . Gupsilonacute- B M upsilonacute .16.

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17. > Y t V +-,Z V *[ B upsilonlenisupsilonacute, B upsilonlenis _LK> L,

C, % Gupsilontilde upsilontilde ", L, t upsilonacute, < upsilonasper+ / +, - Y Gupsilontilde M * Z upsilontilde - C*C +-, < upsilontilde Y " < M +&, - > L& M +, > upsilonlenis, ' %+- > Y upsilonasper upsilonlenisM , B upsilonasper* / upsilontilde ^. ' Y x &> > B C, M upsilontilde - M -upsilontilde < Cupsilonacute upsilonlenisM > *, w - upsilonlenisM D upsilonasper < % ' %+ - x < < " > B , ' ++> *+ upsilonlenis, > - V v < G- ~ upsilontilde ( upsilonasper* M >< Cupsilonacute / M - < upsilontilde *< ", u, > M M upsilontilde upsilongrave @ ]- S 8 ? @", QS > upsilonlenis R, upsilontilde> Bupsilonacute upsilonlenis upsilonasperS = upsilonasperK ?_, ? A [ > ]S?. 18. % G ., - Q Q L 8 > .QM ?, O 8 ' '>.upsilontildeD A 8 I Q' upsilonasperS upsilonacute- % , : % ' ? upsilontilde> M. hupsilonacute > upsilonlenisS ? ? 'I ? upsilonlenis MA,V> C @upsilonacute , V upsilonacuteS XM .N.upsilontilde upsilontilde. 19. _ > B?` >Q . _f % '?, W upsilonaspertildeQ, upsilonlenis upsilontilde I, - A .A '.I :> . upsilonacute @, 8

" D upsilonasper, > Y * GM M < < * - upsilonasper* upsilonlenis >, upsilonlenisM *( B ' GC Z M M *C < >, *, G* Y < '

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upsilontilde upsilonasper upsilonacute % *, % / M ". ' $

upsilonacute $ upsilonasper - V , ' V *

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upsilonasperM $ Gupsilonacute - /$ $.' $ $ upsilonacute,

u " t , G;& - .

21. $ upsilonaspertilde " .22. * B L' upsilonasper* < M +M upsilontilde , upsilonaspertilde < % ' G" - *C < M & - -

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24. @ M > %, > upsilontilde G+* < C ' G - upsilontilde *- upsilontilde - - upsilontilde upsilonlenisupsilontilde /* < / upsilongrave /upsilonacute . M, $,*C* , & > GM upsilonlenisupsilontilde G+$ upsilongrave /-upsilonacute < G / upsilonasperR D G .

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25. t M % $ $, upsilontilde < "t upsilontilde ( B &$ ~( v * upsilontilde G< upsilonacute M $.

26. - $ $ $ $ G; < < upsilonacute( upsilonacutew& D ' $ .

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28. u( V $ < " <

Gupsilonacute - / M upsilonlenis, < < &, / GC < upsilontilde < "- .

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38. e , v C , upsilonacute upsilonasperA ?M, QM

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V , G< - V * - V C*.

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32. AD M % t < upsilongrave = < + '/ Y ' *+ upsilonacute upsilonasperM

$ * P G* / M ".

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, % * > D ' G $ = P upsilongrave -; < upsilongrave ; / upsilongrave @ S ".34. >'?( M &( / ' & /& G$ Zupsilontilde , L; - % upsilontilde -

.

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> upsilongrave *+ < B ;< GM R B M < " JC < upsilontilde - * - G;

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51. M C J, upsilonacute , $ upsilonasper*> < Cupsilonacute / M M M - > , P G, - / upsilonlenis< C-( - upsilonlenisM Y v L < + / M , $

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x Y Y M M upsilontilde, % >M ( - , > % / M , %- > t upsilonacute (- o upsilontilde) - > " -" - > M % < - upsilontilde *- $ . 52. upsilontilde Y P - Y- , Y % =M < & < PG( upsilongrave > ' ;- > x Lupsilonacute, w, Gupsilontilde upsilongrave "-35, upsilongrave upsilontilde < Y +upsilontilde - < ' Y G"< Gupsilontilde, - M ' , Gupsilontilde % -", ' % / M M VM upsilontilde 36, " Y L* < ; M +-M M upsilontilde, t ; * $ . - > Z M Q V upsilonacute R ? ,? > upsilonlenis '.52. >upsilonacute 8 .? B " 8 upsilonlenisLM ? @, C % upsilonacute 8 ? E A DupsilonasperacuteS 8 > " .A J ? upsilongrave A> upsilonlenis @A % K .upsilonacute-, % % Q ?S S . . upsilonlenisA.

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GM ' +upsilontilde upsilonacute( - +*- > % ' ; x B M < -

- 37 - < ' , V +-- > ($ upsilonacute) Gupsilonacute $ G- * ' G". ' M upsilonlenis< upsilonaspertilde < -&, C < - upsilontilde &" < -M R < upsilontilde ; G. ++ Y < Lupsilontilde < / > < upsilontilde +upsilontilde upsilontilde upsilonacute < upsilonasper upsilonlenisM / ** - < upsilontilde t M < ' ; Mupsilontilde M +! 55. > & $ >,J Y upsilontilde ++ > B * " / '& upsilontilde , M upsilonasper & < M upsilonasperM upsilonacute < , C A Q' Q Q XM _ @S upsilontilde> upsilonlenis fupsilonlenis upsilontilde. 55. > V N 8G ' upsilonasper upsilonacute > .I.A, 8 upsilonacute Q ?-M H upsilonaspertilde > .?. >> V upsilonacuteS ? ?- XM, N upsilonasperS ?, upsilonasper? upsilonacute C Q' J @ upsilontilde upsilonacute ?.56. >N 8 upsilonlenistilde upsilonasper ? ? upsilonacute - , % upsilonacute upsilontilde, , S S upsilonacute upsilonlenis -? J ]? upsilonlenistilde A upsilonacute, f A upsilonlenisS .

57. C& < + upsilonasper o - M - M * , V $ C > $ "R upsilontilde - Y Y . ",> t % , $ < $ J F ` " 1 59:, D K 7 ,7 J C , upsilontilde E , " " "
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13. U *" upsilonacute % % upsilontilde .

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10. R upsilonacuteJ F * 8, & " upsilongrave upsilongrave , ; *@ K : upsilongrave upsilongrave upsilontilde upsilonacute-

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11. J> ) % Z% (100) 7 7.12. , " (") & 8, " ) , 8, " &, C *@ 8+ 7 K, % J ;

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, " + 13 upsilonacute upsilongrave ).

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14. U % dY) 58 (20) E ; #@ @ -KA 7 )A @, 8K ., E upsilontilde | ,

Aupsilontilde. #@ upsilontilde 7 E K.

15. L 6 tupsilonacute, upsilontilde : : 120 upsilonacute7.

9. upsilonasperacute @ 1 = 9=, fupsilonlenisQ : upsilonlenisQ ) upsilonaspertilde 8 ( upsilongrave^9 + O + = : = KH Y upsilonasper upsilontilde + @ 98 51,@ ) 91 ) upsilonacuteP : upsilonacute58 Q upsilontilde J + upsilonacute@ 5upsilonacute ) upsilonacute + @ 98, (: upsilonacute P@ 8, 1 K H H G- = 5, 10. + A upsilonacute9F J lP@ P H upsilonasper=, f = 5-G 8 8 5 J l )5 upsilonacute + upsilonacute. , upsilonasper= m- ; upsilonlenis H 1 @ (1+ @ upsilonacute 1. @ upsilonlenistilde , gH ( 5 Q upsilonasperJ, upsilontilde upsilonacuteP 9-8. o ) 8 L = upsilonlenisP@, +p= 1 89P ....

16. ; @ " " " 8 #K 8upsilonacute % upsilongrave 8,

jA 8 @ upsilonasper) H 60 N : , 10 K,E F , ; ,. A ; , ;upsilongrave N K.

U , 8A upsilonasper 7 ,

). 7 ) 8, & upsilonasper * 0 upsilonacute 7

) upsilongrave jA 8, upsilontilde 7 7 ,

8+ ,5 . 7 & ) upsilontilde -upsilontilde l % & 8 8 upsilontilde Cupsilontilde . -

K % upsilongrave 7 upsilonasper& , , *A upsilonasper% "

, j 8upsilontilde.

11. , : 8) 7 , DE, upsilontilde 8 8 Q 7upsilontilde , * *@ , upsilongrave , 7 -K @ , 7 7 , E "" L l, 8 8 7 -) ). # E 8p A ), E C upsilonlenis : F % 7 & , 7 +&, L , : +& : 8 upsilontilde )-, 12. 8 8A E, 0 : D % s "K, 7 8K % % 17, upsilontilde DE % 018, 8 upsilonasper upsilonlenis K : 8 E 7 upsilonacute 7 K-. # : : 8A " 7 upsilonlenis7 7), 8 E % upsilonacute F 7 "8 . , 7 : upsilonlenis7 L.

13. upsilontilde E E * , B 7 7 , # E , 7 &, , E D Z& 7 upsilonacute upsilonacute, E ) upsilonlenis 7 % , 8A E upsilonlenis% F - , , E & : F % 7 Kupsilonlenis% 7 ), , ) ", 7 -. 14. @ E 0 & K " :E C B 7 E upsilonasper, 7 #j @, | : + )+,0 8++ % j K, 7 upsilongrave -

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17. , N % 1/6 upsilontilde upsilontilde upsilonasper% K upsilontilde,N 8, 10 ) 8 x , 7 1700 .

18. U 0- & upsilonasper & : % , F H 8 " 40 " " 8 # D (4 8+ Z) &) %

upsilonacute " " (. #. . ., 53, 2-3).

11. Q ) @ 1 = K1, upsilonasperacute upsilonacute H s upsilontilde upsilongrave : - + H 8O + H 59H 1- + 8 @ ( 98 9@. 1 upsilontilde 8 K upsilonlenis (G- - M 1, P ) upsilonlenis L,12. (Y A, ( 8 Q 1 1 @ , S, ) 59 8 upsilonlenis 8, K = : upsilonacute.@ A 9 = =, M8 c 8- L h 51 Q (=( upsilonasperJ. + H ) : upsilontilde .13. 8 ) 9 upsilonlenis : + @ 8- = 1, 5H + 1NL c + 8 1 upsilonacute : Kupsilonlenis , 1 89P J, A 0 89G M=, + K upsilonlenis (Q - upsilonlenisQ 5+ 9@ =. 14. d= =@ ) A upsilonlenis 5upsilontilde 5 +p= 1, f upsilonlenis) , ( :-9 B , 5H upsilongrave J

)+ ? D+, , 8" L K 8,upsilontilde ), L 7 % upsilontilde -upsilontilde. #+ 0, 0 upsilontilde ) , :F % upsilonlenis% 7 ) % : upsilonacute ?J 8E upsilontilde , 8upsilontilde, : L - )+ E 8 7 ) t. ,87 " 8: 7 ) 7 ), D tK, upsilonlenis% : @ + # upsilonlenis% E : D - , 7 @ upsilongrave + #C? E , # 8" ? .

15. )+ 8 )A, % Z% :@ ;% 7 & E : L , -) " 7 & 7 ) 7 , 8: @ E L 0 N 7 7 8K upsilontilde, E D 7 AE D % upsilonlenis). " : 0+, E" 7 F # upsilonlenis% +, E : D C -, 0 j & E 7 upsilonacute8 , 0 @ # 8: + E K , & , upsilontilde L % E :8 0+ upsilonlenis: 7 + 7 upsilontilde )19.

16. A : E, 87 K C L , K )- " upsilonasper&, # 7 -A , upsilonlenisacute , upsilonlenis 7F upsilonacute @ 7 & % . #7 - L 7 " , upsilongrave 0 ,upsilonlenis 7 : upsilonacute E + , ) upsilonlenisupsilontilde. E (0 8+)), 7 " E

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19. 8) * D 7 K E 7 , upsilongrave upsilontilde D *, 7 8+K E 7 D , ,, 8, upsilontilde , 7 +

7 upsilontilde ), E : D+, " ) % *upsilontilde, L upsilonasperacute

& .

( + @ 8 KY + upsilontilde upsilontilde 1-. t S1 1 upsilonlenisP@ 9@ upsilonlenis (Q- upsilonlenisQ + = = > 5 (G + upsilontilde upsilonlenis) Q upsilontilde =. t , ( 8 @ S 8L, upsilonlenisupsilonacuteP upsilontilde : K M upsilonlenis 1, 5Hupsilongrave J M= K + 59 upsilonlenis 8. 15.8O ( upsilonasperQ ) TQ @ O A upsilonlenis (Q5+ 9@ =, ) upsilonlenis ,h upsilontilde L=, h 0: 1, A 1N 8 upsilonacute 1. L@ , A , upsilonacuteP -= - K M upsilonlenis 1, I: H 1,upsilontilde + 1 K 5 1 + upsilonlenis, P@ 8 : upsilonlenis L= 5LG.16. dupsilontilde , ( M : @ -1 - 8, N @ (: =, upsilonlenisupsilonasperacute 9@ , upsilonasperJ @ H . ( ) H +upsilongrave , 5= :, (: , G- + + upsilontilde L8> upsilontilde upsilonlenis1

upsilonlenisacute " 8A upsilonlenisacute % + & A& upsilonlenisacute % 8 upsilontilde " " , % 8 % ) upsilontilde )-20. 17. , E C " ) )upsilongrave 7 ) ), 8@B : 8upsilontilde upsilongrave ) K,7 , upsilongrave 7 ) . #pE upsilonlenisacute E 8@ 8+A 7 upsilonasper" ED ) J 8" upsilonlenis% 8" * A ERK % 8, E ; : ) L 8&, * :upsilongrave L &, F : * , 8: upsilonacute , &. 18. , % D E * 0, upsilongrave 8, & 8& " ) Z% 0, 7 K 7 % upsilontilde, 7 % *@ 8 ) , E L )+ ; , % - % 8+ E (7 F), 87 : 8 t%: 7 upsilonacute " D , s 8 " "8" , , E 8 7 ) upsilontilde, : %*@ : K : &.

19. hU % : L 8p * l & upsilonacute ") upsilontilde ), A E 7 D &JE : : L % 7 A& K +# E D, upsilonlenisacute , upsilongrave L -)+ E upsilonlenis), 7 *@ upsilonlenis% A E +,upsilontilde 7 % & 8 & & , . ,, ", ) upsilonlenis% % 21.

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20 8 8J E % 404 .5. * upsilonacute, * -% , upsilonacute, 8 upsilongrave E & K upsilongrave #, 8-

, upsilongrave ) )J upsilonaspertilde 8+ upsilongrave upsilonlenis ,

upsilongrave J H 8 @ (-

@ @ upsilonlenisacute 9 OG upsilonlenisacute + upsilontilde G ( upsilonlenisacute ) @ 9: L, ( ) Q H 8 8 8.17. upsilongrave M @ 8 upsilontilde=> upsilonlenis H A upsilongrave 5upsilontilde :O, 5 +1 L8. Y ) upsilonlenis + - 59 upsilonlenis) upsilonasper upsilontilde 8> upsilonaspertilde 5 , A L1 ) T 8, R ) -upsilongrave - 1, 8 R , + @ - T :. 18. = , upsilonasper=, A + @ 8- : upsilonasperQ 19, ( upsilontilde 51 Q 9:- 5=, PC + = : M: 1; o) 8 :, ( @ ) upsilonasper9: 9@ 5upsilonacute ) 0L, upsilontilde ) @ = 9,Q A upsilonlenis) G1 : 1.19. d ) upsilonlenistilde upsilonlenis h: ( 89P @ 98 -upsilonacute, T@ 5=9 O> K upsilonlenis L upsilonlenisP@8O + @ : 1, upsilonlenis ( 8 upsilontilde -Y g upsilonlenis:, @ @ G. ) Q .

upsilonaspertilde @ )) , H upsilontilde ), % *@ 8) ;

" " ) (. #. Q upsilonlenisupsilonacute, 2).21. #upsilonacute % % upsilontilde , % *@ @ # % " , " (. , upsilonlenis" #. .. 39).

20. X) L t E D upsilontildeD &; , % : & - 8 : @ " 8, ;*@ 8K N j 8 N + ) 0 ) ), 7 *@ upsilonacute- 7 ) % Z% E upsilonlenisacute upsilonlenis7 D )

upsilonlenisacute 0 +; #), ",E upsilongrave E22.

UU21. : L % , upsilonacute , 8" C : , D D, E Rupsilonacute, upsilontilde :E D &, * 7 D ) - upsilongrave , | 7 A E 7 ? 78 % upsilonlenisupsilonacute; , 87 : D- E C @ 7 7 , : 0+A 7 8K- , # upsilonlenis. 22. E B : K" + E ) K & , , 7 , % % 8 E j 7 K) , : Rupsilonacute 7 ) - 8, & upsilonlenis & , # 8-@ , , 7% )+ , K 0 7 % ). , C :

upsilonlenisacute 8 ; *@ *upsilontilde E + - 7 &, upsilonaspertilde ? , 8 ;*@ upsilonlenis: D )+, 7 &. 23. ,E upsilonlenis% upsilonlenisacute upsilontilde @, E * upsilonacute ,

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22. , ) upsilonacute % % , % *@ @, E - upsilongrave A (. , upsilonlenis"J # + , 43).

20. tA P@ P@ P upsilonacute 8-, 5 upsilonlenis @ ) @ 5@ upsilongrave -L l l @ , @ upsilonacute 8L,Q N9 5 K upsilonlenisacute upsilontilde upsilonlenisacute ,upsilonlenis) L; 8 + upsilongrave A.

21. upsilonlenis upsilonlenistilde Q, x , , upsilonasperacute ) @ @9@, upsilonacute ) @ A 1, upsilontilde =9 + = : = upsilonasperupsilontilde f M= upsilonasperJ upsilonacute ; + ( ) IG 1 F: @ 1, upsilonlenis ,L - 8O upsilonlenisupsilontilde> upsilontilde upsilonlenis : F 1 @ : L + upsilontilde upsilonacute- H , 22. 5H + Q -91 upsilonacute + + ) upsilontilde 8 upsilonlenis)N9 5, H ) 9:, NLupsilonasper= 5= + ) + upsilonlenisupsilontilde . + M ): upsilonlenis) H @ Rupsilonacute L8 5L= =, upsilonaspertilde ) + upsilongrave upsilonlenis) 0: yJ -=. 23. + upsilonlenis) 8 upsilonlenisQ 1, A upsilonacute

* k23, D upsilonacute , - D & " ) , -A 8 ; *@ D K, 8 upsilonacute :upsilontilde 7 K 8 upsilonlenis" upsilonlenisacute 7 -upsilontilde, 7, 0 , 0 AK upsilonacute 7 8upsilonacute % 0, E upsilonlenis) upsilongraveupsilontilde , 7 D 7 upsilonlenis7 % upsilongrave 0 . 24. , B upsilonlenis, D upsilonlenis7 t), 7 , % ? ,: D K 7 K upsilonacute l %". , " 7 F %, 87 7 : 7 ) upsilonasper, 8 , , - , upsilongrave upsilongrave E, 7 : upsilonacute 8@ 7 upsilongrave , , 87; : +upsilongrave " )A7 A Q j D, 7 : upsilongrave & C K % ;K 77 &. 25. ## 8@, 7 % *@ L % -, 7 ) )+, L upsilontilde, 87 -, E : F 0, 0 7 L - C , , " , & -, 8 upsilonasper: upsilonlenis& upsilonacute E, | , 0 - : F , 7 L R 7 -, @ , upsilontilde : C 8K ? D 7 , |, , 87 :L upsilonasper)+ upsilonlenis D , 7 L 0+ 7& upsilontilde , 7 & upsilongrave

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23. upsilonacuteJ * % %, E 8 8, & " ) -", % upsilonacute & &, 8@ % ? , K+ 7

#K % " ). tJ K , - upsilontilde upsilontilde , , 7 upsilontilde upsilonacute. &+ *

8 " " upsilontilde ).

+ t, 1 ) 8 @ F :, @ 51 98, (: ) upsilongrave 58, Aupsilonlenis @ upsilonlenis= 98 upsilonlenis) =, 5 (+ + @ , J I1 upsilonacute 8,5 upsilonlenistilde @ = h N9 = ,5Lupsilontilde. 24. + upsilonlenis9 upsilonlenistilde : upsilontilde 0LG, 5 upsilonlenisupsilonasper@ upsilonlenis+ upsilonacute :. :, ( + )= upsilonasper1 upsilonlenis@ 8 = = A, + ) Fupsilonacute y 9, + H ) (R y 58O c, H ) : (y Q : upsilonacute 8. 25. o ) 8, 8 8, (, A ) , -, ( T + F :, upsilonacute A +upsilonlenis@, f ( + 1 5= c = K-1 1, upsilonasperacute @ upsilonasper= 1 f+ J 1 ,L c upsilontilde - 8, upsilontilde upsilongrave A >

E. 26. , 8 8 : ; *@ D @ E 7 8+ upsilonlenisK, 8+ tK,upsilontilde 8" , * *@ upsilonlenis ?7 , 7 K ! upsilonacute E : L % upsilonlenisacute 7 L upsilonlenisacute+ upsilonasper" " , upsilonlenisacute upsilonacute % ) .

27. & % E D D 8", 7 7 ), ) )J 7 & , "24, 7 * upsilonlenisacute @ j % 0 upsilonlenisacute0 j % ? : K 8 7upsilontilde, D : upsilonacute, | 7 @ AK& A& " K , " ) 7 " 7A. 28. , upsilonlenis7 8, 8 *s % % 0 , E D)J 7 " " , 7 +upsilonacute ) -) , 7 +upsilongrave " 8 , upsilongrave upsilongrave upsilonacute 8# Q J % % upsilonlenis%% upsilontilde E ; 0 A. " ; % E 7 upsilontilde, E% ?. 29. L, ", , E, upsilontilde 8K % , upsilonasper ) " 8" ,, N 7 25, upsilonacute E , K, 7 *@, 87 8upsilontilde 7 -upsilontilde ; ) upsilongrave % ? N

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24. U K upsilonacute % A 7 8 8 & K ) -K,l , w& +upsilongrave ",l , K -

" & upsilonlenis& , E 8 x, l , K +upsilongrave

".

25. U K " &+ upsilontilde upsilontilde %404 .5., * ; upsilonacute " , @ 8AK 7

& C " #" (. dH , 2, 19).

26. + = ) (: K 9 H LSO, + , A 1 upsilonlenisH yJ -, 5O 5. upsilonlenisacute , upsilonlenisacute , 1= : 1 .27. = A + @ \ 8> +H @ h, g upsilonlenis) G upsilonlenisacute upsilonasper= QI1 upsilonlenisacute , Q upsilonasperJ 1 , upsilonacute N9 upsilonacute f H = upsilontilde + = o += 8 H @ c. 28 upsilonacute H upsilonacuteK 5 5upsilonacute + O: C m 98- :> H upsilonacute + H : H Q MJ upsilonlenisupsilongraveupsilonacute + H ( N9 + upsilongrave upsilongrave 1 -:> upsilonacuteP :P P@ 8 , upsilontilde 9G-. o g ) = upsilonlenis=, 8 upsilonasper=.29. d: H , L upsilonlenistilde 1, + = 9=:, @ 8 = :, (A + upsilonacute, g ( [T] :

K. " E 8 upsilonacuteS L %7 & , upsilongrave 0 7 ), 7 7 *- L upsilonlenis% * l D; 30. , @ L %7 " E upsilonacute , E upsilontilde 7 7, 87 E upsilonlenisacute C@ ; l upsilongrave ; : + 7 D "0, 87 C@ D, S& , j D, upsilontilde 7 -+upsilonacute ; 31. #+A : 7 8upsilonacute , upsilonlenis77 upsilonacute , , 7 , j@ - 8 ; 7 % , B8 + , C 8 ) upsilonlenis7 7 , 8 " * & C " ". ) , L % 7upsilonasperupsilontilde E j@ D & 7 % , j% % E " 8" : L% 7 upsilonasperacute , , C * 7 D & upsilonacute- % K . 32. : % : upsilonacute - " upsilonacute D, E D : upsilongrave upsilonacute-, @ , 7 % , upsilonacute, & -& E & , C * 8 7 -+upsilongrave C" , upsilonlenis, L % 7 0 7 K . -" : L t% 7 & upsilonacute upsilonasper-K .

33. , 0 , E 8p, 8 8 upsilonasper-A K upsilonasper, upsilonasper) , ), upsilongrave j 7 % upsilonlenis%. * p -% p : ) " ), upsilongrave -) C , # 8p : A ) 77 K upsilonlenis), @ E A # E D *Kt upsilonacuteJ , 7 7 ) upsilonlenis7 upsilonlenisacute 8+L % , 7 *K upsilonlenisacute L % 7 * #

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P@ , : < ,> m upsilonasper@ 5-.30. @ `: + I1 =, ` upsilonlenis: N9: ; P@ , :L 5= H H @ 89, ( upsilonlenis+ upsilonlenisH + upsilontildeupsilonacute; ) Q upsilongrave , upsilonasper, (H Q MJ upsilonlenisupsilongrave 1 upsilonasperacute (F upsilonacute; 31.tL ) + @ , : @ + @ =: P@ 1P 1 upsilonlenis9 \ M : upsilonacute @ @ upsilonlenis. Q ) H Q :- + : , upsilonasper= @ 01, + )8 upsilonlenis N - , L, , M11. 32. t ) @ upsilonacute N, A H -upsilonacute 1, Q = , 1 F upsilonacute9F > ( MJ upsilonlenisupsilongrave : upsilonlenis+ , , l M1- G (8. o upsilonlenis ,L : upsilonacute :L 1.33. + + M upsilonasper8 ) O 1, A - ( upsilonacute upsilonacute h upsilongrave :. upsilonlenis H :+ @ 1 98 + upsilonaspertilde R 5G, 5+ ) + upsilonacute, upsilonasper= ) @ SP : (1-> upsilonasper) C upsilonlenis+ upsilonlenisacute , (= 5L upsilonacute upsilonlenisacute , TQ 8.

upsilonlenis7 % . 34. C upsilontilde upsilongrave " 0 ", | 8@ : upsilontilde % " A, : upsilontilde E -upsilonacute % % & . upsilontilde - 8)A, upsilontilde 8 upsilonacute E, % : s, upsilonlenis%upsilongrave A 7 , 7 7 0 , % : 0- upsilonlenis% upsilongrave 8 E K upsilonlenisK, , - . #7 8 7 upsilontilde upsilonasper0 , : 7 & upsilongrave & -, 7 upsilongrave upsilongrave E " . h: L 7 8, & upsilonasper upsilonlenis& upsilonlenisacute% upsilonlenisacute upsilonlenisacute % 8 upsilonlenisacute ) 0 % ,7 upsilongrave E upsilongrave D .

35. % % E % , , L @ upsilonacute 7 D 7 ,, A E upsilonlenisacute upsilonlenis% * 7 D -J upsilonasper E E upsilonlenis% 7 tupsilonacute 7 upsilontilde , 7 7 upsilongrave upsilontilde D , 7 & E7 L 7 , +K C @) , 0 7 7 K-, 7 *@ 8, & t upsilontilde S, # upsilonlenis78, 7 & 7 , % )- 26 , 87 : R) 7 upsilonacute % 8+ & , , # E D 7 ) ;, 7 & , " " )27. 36. 7 K 8 , 8 ;*@ 8" upsilontilde upsilonacute,7 7 8 upsilonacute # 8+ tK J

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118

26. Q 58 :J , , -) 2.

27. #7 * D , : 8K 8% j- , 7 8upsilonacute ,, 7 8@ " " -).

34. upsilontilde H upsilonasperacute 1 @ , @, f @) = 5O1 : , upsilonacuteF ) Q Q : upsilonacute. + upsilonacute upsilonacute A R: -8O, Q ), A + = , h, Q A + = . upsilonacute 5 : upsilonlenis upsilongrave :- : : 5H + upsilongrave Z8 upsilongrave -. o upsilonlenis ,L upsilonlenisacute H 98 upsilonlenisacute upsilonlenisacute , upsilonlenis) l H upsilongrave A + upsilonlenis@ .35. d ) upsilonlenistilde 9 + 1 + upsilonasperJ +upsilonlenisacute + @ @ G, upsilonlenis upsilonlenisQ Mupsilontilde -9 5=> c upsilonlenisQ S= upsilontilde - + 1 upsilonasperP@ H + 1L K H+ 91 , ( @ 98 C + S95F1, upsilonacute y S, + (: ) H upsilonlenis upsilonasperupsilontilde = 08, + PC 9:P upsilonlenisQ =, , .36. ) + @ F 8 1, K upsilonacute 8 upsilonasperJ ( S >

l D upsilonacute % ) E ) @, E : )- upsilongrave 8, @ % " ! #p EA E upsilonlenisacute @ 7 % upsilonlenis% , Eupsilonlenisacute L 7 K upsilongrave upsilonacute , , "* j. 37. , j % : upsilongravetupsilongrave " E @ wA 7 &, B 8 ;*@ N 8+ Zupsilongrave ), # 8

; *@ upsilonacute E *upsilontilde , 87 *@ 8 7 28. % : %) , 87 : 8p N l & upsilonacute -, 7 A & upsilonlenisupsilontilde upsilongrave@, | : 7 8 upsilonlenisacute 7 ? - upsilonlenis. 38. #+ 0 , upsilontilde 7 8+)A, EE E 8 8 upsilontilde " 29 7 -upsilontilde 7 ) 7 l 8K, 7 *@ ") upsilonlenisJ % upsilonlenisupsilongrave E , : D K 7 upsilonacute . , % @ D 7& upsilongrave upsilonacute , 7 upsilongrave & upsilongrave, upsilonlenis, 7 : 7 7 upsilonasper :% , D E + 7 upsilonacute ;K& % upsilongrave 0. 39. #% upsilonacute E, , upsilonlenis% D % , , ) K , upsilontilde & & 30, 7 D &E " 8K. , % " : L ) 7A& upsilonlenis% 7 upsilonacute upsilonlenis 8 upsilonasper" # s -

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120

28. l J 7 ) " 8 C N -, N jA ; , * : 8) E 7 K S&, * : 8-

E 7 &.

29. hU ; upsilonasper% % upsilonacute , upsilongrave R 7 ) " ).

30. #upsilontilde * 8) 7 & & +, 7 upsilonacute K, j 78 K.

h 8 5 K upsilonasper=, A upsilongrave 5upsilontilde 8-, upsilongrave 98 8O. Y upsilonlenisacute upsilonasperJ upsilonacute N9 G Mupsilontilde, Q upsilongrave upsilonasper1 : py85= O. 37. Q ) upsilonlenistilde upsilongrave Supsilonacute, A = upsilonasperJ, upsilonlenis9 B , 98 J upsilonlenisupsilongrave 5-L, 5 B , + C 5: : 1- . + ) , ( ) Y upsilonacute @8 h -, (: , upsilonlenisP@ 1 OG -9> upsilontilde upsilonaspertilde: R @, f upsilonlenis) , - upsilonlenisupsilontilde 1 519 38. t 5= 9 -=, A 8 T : 1 N9 , upsilongraveupsilonlenisupsilongrave : (= upsilonasperacute upsilonaspertilde, C upsilonlenis+ , :upsilonacute (=. 9 = upsilonasperJ upsilongrave upsilonacute+ upsilongrave O, B = ) = RP@ 19, H ) : @ ,5Lupsilontilde =. 39. Q ) upsilonacute N + upsilontilde NL upsilonlenisP@,+ 5 upsilonasper1 G, 51 5-89 8 @ 8. @ upsilonlenis ,: upsilonacuteP P@ upsilonacuteP O= upsilonlenisQ 1 upsilonasper@ 98,

, * *@ 8+? % upsilonlenis% % l , % *@, @ 7 % +;

40. k % ) 8& E D 8, & t-, + % upsilonlenis% 7 & 8, 7upsilongrave * , : 7 &, 7 7 ? -A E 8p D ) 7 K) , AK 7 % *@" @ 7 8 , K 7 upsilonacute -" E () D 7 ), 7 7 +E 8, % % *@ ", D + 7 ) 7 K) , D ) upsilonlenis% upsilonlenis7 7 7). 41. % 7 + E L K, @7 % ) : % 7 8 % " , )

;K 0 . ; E 7 *@ 7 ) : L 8@7 * @ 7 upsilonasper) ) , 8 8

; *@ upsilonlenis: w) D )+, # 8@ 7* : L % 7 , 7 8 8 upsilongrave D K.

% upsilonlenisupsilongrave % upsilongrave upsilongrave upsilontilde 8), upsilonlenis7 upsilongrave L l L 7 , 0 7 -" 7 +.

42. " : 7 D upsilonasper# B E, , 87 " l - 8+ upsilonasper" E *" upsilonacute : 7 7 upsilonlenis7 ), ,D K 8 % upsilontilde -, B 8 7 7 ) upsilonasper,7 D E C ? , . upsilonlenisupsilongrave " @, 0 8 , 7 upsilongrave ) 7 Aupsilontilde , J 8 8Q E, )- A E 7 upsilonasper 8@ ; *@ D - , 8) & E 8+ l tA 8E E upsilontilde upsilonacute 8; 43. , 7

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upsilonaspertilde upsilonacute upsilonlenis: , + ( A N + upsilontilde NL upsilonlenisP@ -upsilonacute; 40. t , @ + S9 -1, 5Lupsilontilde upsilonlenisQ =, upsilonasper) C upsilonlenis+5, 5 K Y H 9 h 8, +upsilonaspertilde upsilonasperJ = O K upsilonlenisQ H 1 5-, 5 K Y L19, upsilonaspertilde 5L=5: O> 41. + @ upsilonlenisQ 8=L + Q , Rupsilontilde 5O: @ @upsilonacute. 9 1 upsilonasper= upsilonacute @ @,upsilonlenisacute9 ` NL 9 + Q upsilongrave ) M:, 5g upsilonlenis9 `: (= 5 l H @ 0:. Q ) upsilonlenistildeupsilonacute upsilongrave : + upsilontilde h 51 + 89 5=L1.42. = , ( + P :L + + @ upsilonlenis@ 1,A + 19 upsilonacuteF F F Q upsilontilde, upsilonlenis @ M1- 8 O 5 Mupsilonacute @ -@ c . upsilonasperacute upsilonasper= H : 5@(= F : > ( ) , @ h upsilongrave , , ( R g SO: - = 9upsilontilde ; 43. )

E D E + D ,% w), E E : 8@ ; *@ j@ DA , 7 )+ )+ upsilonasper % ; , ) 7 E7 &, E ; : 8upsilontilde 7 upsilontilde : E @ N D 8 %upsilonlenis), E upsilonlenis, , ; 0 : upsilontilde % -% p : E : upsilonasper) # upsilonlenisupsilongrave K; 44. : +A % 7 upsilonacute, K,0 ; E upsilontilde, 7 8 8), s " & * R) 7 )- , ; , :)A @ upsilonlenis) 7 ) % 0 % L C * , % * 8upsilonacute -J ) @ D ) , " upsilonacute upsilonacute-, | upsilonlenis7 7 , upsilongrave 0 0 upsilonacute7 )+.

45. 7 7 E E upsilongrave % & , K, 7 % EL upsilonlenisacute 7 upsilonlenis 7 " 7 , -, ? upsilonasper) ), 7 &,E 7 E, , 7 ) upsilonlenisK,l +upsilonacute , ; : @ % - @31, ; : 0 L ) % ?, upsilontilde- ; : upsilongrave : # E 8upsilontilde upsilongrave8upsilongrave upsilongrave ? ; J 46. # EE K % upsilonlenis% , 8 8K , j , upsilonacute % %

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31. , upsilontilde " #", % *@ x * -& , L * J upsilontilde @ ; t, 7

) .

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8) & 8+K upsilontilde upsilonasperacute & upsilonacute.

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35. Q + l P J D % 7 & , 8% upsilontilde, % % ;% & )J upsilontilde L w 7

, j , 7 upsilonacute, , +.

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: upsilontilde 8.

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40. U upsilonacute 7 upsilontilde 7 upsilongrave % upsilongrave - , % ?, ) upsilongrave # 7 upsilontilde.

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41. G> ; " ", j 7 * 7 upsilonacute 7 " " ". #upsilontilde

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upsilontilde & + 7 ? E 8 7 *@ D& , & E & &.

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upsilontilde % D upsilonasper# B 7 A upsilonasper upsilonacute : % , % -.

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TOY AIINHTIKOY

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143

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4. F % K upsilontilde , 8, 8+.

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5. , F ; 8+ 7 Z7 7 upsilongrave .6. U *" upsilonacute % % upsilontilde .7. T 1 % , % ( # 12 . 8-), L : ) 8> Z% , : % *@ 8A- 8 " " 7 7 upsilonasper .

H h 9; upsilonlenis) : 5 5 0LG1. Q ) = :F 9: upsilonlenisQ + upsilongrave9: 5, + upsilontilde ) 5upsilontilde : upsilonlenisP@: :, ) Q + 5 upsilonlenisacute@, H upsilonacute : upsilonasperacute :+ @ upsilonlenisQ 8 f = O 5L upsilonacute 98 5upsilontilde @ 1. 12. o upsilonlenis) 1, 5 1 + upsilonlenis c9 upsilon

ΙΣΟΚΡΑΤΟΥΣ Α - ΤΡΑΠΕΖΙΤΙΚΟΣ.pdf

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