ΕΛΛΗΝΙΚΑ - ΤΟΜΟΣ Β

115

Transcript of ΕΛΛΗΝΙΚΑ - ΤΟΜΟΣ Β

  • ENONTO

    EHNIKATOMO B

    (BIBIA KAI )

  • ENONTO

    EHNIKATOMO B(BIBIA KAI )

    E-M-:X .

    E:K

    \A X

    T: ! "E%, T BE: EPIAH-BIBIOHKH TN EHNN

    "Yupsilonacute E: /A A. : Eupsilonlenis

    -M2: N X2E34: M5Copyright . 2007

    ISBN: 978-960-316-400-5SET: 978-960-316-396-1

    KC BDF:

    114, A5 T.K. 106 81 . 210 38 47 347K 236, K T.K. 145 62, . 210 80 15 113

    www.georgiadesbooks.com- e-mail: [email protected]

    Aupsilonacute G J L Q 5 upsilonacute , RL , S C C U upsilontilde W Q ! - . E G J% Z Z DD Q Z R upsilongrave 2 ! % F upsilonlenisupsilontilde.

  • E N O N T O E H N I K A

    BIBION

    K E A A I O N A

    O M. A upsilonacute T-

    upsilontilde #. Aupsilonlenis%

    , upsilontilde ) % * upsilonasper

    / M. 0O -

    , ) )3 4# 56 upsilontilde #. E

    M % upsilontilde M (401399 .X.).

    1. ?E @ B @#1 A.CY 2 ) Kupsilontilde F - % H5 I, J upsilonlenis @5 * @ / A, * upsilontilde % - . O F J B L I #, upsilongrave L @5 @upsilonacute5, * Kupsilontilde J upsilontilde .# upsilonlenis F J, upsilontilde @ ) Kupsilontilde. % R upsilontilde Kupsilonacute, F *# K3 % F S5 K * * Kupsilontilde, J @#- * upsilontilde 4.

    7

    H5 # ) % * )3 @ J @ J) / * #.

    4. % upsilontilde upsilontilde upsilontilde Kupsilonacute AII, @ upsilontilde) @I# ) Kupsilontilde * * @. T* @/ ) V/ Kupsilonacute .

    E N O N T O E H N I K A

    BIBION

    K E A A I O N I

    H A upsilonasperacute upsilonacute. upsilonacute Kupsilontilde # % &'%,() upsilonlenis+ % - /0 + A%/, upsilonacute 1 % upsilonlenis/0 %.2 34 % % upsilonlenis), %/ /0) 6/ upsilonasper8 Kupsilonacute/, 9 .8 upsilonacute : ; Kupsilontilde 3-'= 36 > + ?upsilontilde + upsilongrave /0 Kupsilonacute - # K%, 1 % + B K% C6- upsilonacute > B upsilontildeKupsilonacute/ / 1 .

    6

    1. / Iupsilonacute # % upsilonacute, upsilongrave W upsilonacute .

    2. 401 .X.3. B M. A. * B.. B \-

    * upsilontilde Tupsilonacute. E3 upsilonasper5 K% upsilonacute, * * )3

    1

  • 2. / ) Kupsilontilde @# # % upsilonlenis @I#- @ upsilontilde upsilontilde , / F B #55, / - % / F upsilonlenis* @6 CE #6, J upsilonlenis* F5 7 .

    3. CO J ) T, @ @# ,J upsilontilde # upsilonasper @upsilontilde upsilontilde 8, @# # / 5/ % )3upsilonlenis @upsilontilde upsilonacute9 % @ upsilongrave @upsilontilde) Kupsilontilde10, I * upsilonasper5upsilontilde J I11 upsilonlenis. Aupsilonlenis J, % ^ * - @upsilonacute, % @upsilontilde T-, @ H5 Kupsilontilde, J @upsilontilde, %@, * 5upsilontilde % 5 F % upsilontilde, upsilontilde L -#12 J 0E#, * * upsilonacute% upsilonlenisupsilongrave upsilongrave CE, upsilongrave upsilonasper A, _ %B 56 * % * #I @- .

    4. O upsilongrave 13 `a, upsilontilde upsilontilde F 5 / upsilongrave 314, upsilongrave S

    Vdd EHNIKA BIBION

    9

    10. 0O Kupsilontilde L # , % K-.

    11. O 5/ upsilonlenis 5 411 upsilongrave . CO upsilonlenis, J upsilongrave @ * @I upsilongrave upsilonacute * upsilonasper5upsilontilde, T i Kupsilontilde, Kupsilontilde, @ M (A. 1, 6 % 9, 9).

    12. % * , * )3 B A3, B B 0E# * 5 / .

    13. T SI upsilontilde 399 .X.14. N 3 (D) @ # J upsilongrave

    k @ @upsilonacute ` l upsilonasper @l/ , % # / @ @ /.

    E upsilonlenistilde Kupsilontilde ' 1 upsilontilde 36 1 + 4), 1 E G 6 , 1 E, 1 E upsilonacute D 2 I 1, /0 %/ .

    E1 T4, upsilontilde C' 8)' B /0 + + 4+ /, 4 N upsilonlenis+ ) -6 1 NKupsilontilde, upsilonlenisupsilongrave &'% > I> ) P ?/0upsilonasper) Q. 2 R upsilonacute )Q, R 4upsilonacute + T4, : Kupsilontilde,: 3S, % UG -, # > )upsilonlenis 6 upsilonlenis), # % 3 -, 1 &'%, 1 B E #%, B 1 40 0 UB A%V E,: W 6D U8 upsilonlenis0 1 upsilonlenis1 upsilonacuteQ. 2 upsilonlenistilde ) upsilonlenis8 %P, ) D 0 D #6%, 0 C % #

    d

    8

    5. CO I Kupsilonacute B #5 F * KupsilonacuteI B upsilontilde 401 .X.

    6. * upsilonacute # / , )3 * # upsilontilde Kupsilonacute F upsilongrave upsilonacute % F Mupsilonacute # # upsilontilde 400 .X.

    7. M s upsilonlenis @ Kupsilonacute A ) V/, * * I * upsilonacute5, @ L * upsilonacute @ upsilonlenis.

    8. % / % upsilontilde Kupsilonacute,upsilonacute upsilonlenis * / 0E #5, @/ S -% F % , * # upsilontilde Kupsilonacute, @ * * - upsilontilde .

    9. Aupsilonlenis L B , B K % B I.

    2

    3

    4

  • 5#. EI S ) @ % upsilongrave A15 3, upsilongrave )upsilonasper5 J * @upsilontilde ) W. O A3 upsilontilde F- @, upsilongrave upsilonasper ` 3 @% @5/ # #, J * L u @* upsilontilde % @3 @5#.

    5. CO F A, ) @ % % 0E upsilongrave upsilonasper M. A. % @5 @ J upsilonasper# J, S . E upsilonacute upsilonlenis ) F5 upsilonasper s upsilontilde @5upsilontilde #, upsilontilde L * * -# 56 J @upsilonacute5 * upsilonasper.

    6. CO J CE, upsilongrave H5 @upsilonacute Kupsilontilde16 % H5 , 6 upsilontilde, 6 * T % #. A % % T % 0A, % )3@upsilontilde ) Eupsilonlenis % ) , upsilongrave # #17 . upsilonlenis H5 `/ B 56 upsilonlenis # * 5 @ @ 0E#. -56 @ upsilonlenis ) % ) upsilonacute18, upsilongrave L% % 35 ) R # % #-, ) S Mupsilonacute % upsilonacute. K% upsilonlenis H5 ` / upsilonacute, % upsilongrave E3 @ upsilongrave % upsilonlenis @I.

    Vdd EHNIKA BIBION

    11

    3 Av, upsilontilde VI, % upsilonacute VI @ * 0E# 480 .X.

    18. 0O % ) upsilonacute L upsilontilde - upsilonacute, ) )3 H5 @ / / * /E 490.

    6%. U& ; % 1 A%% 2, #Y : upsilonlenis+ + '. 2 3 0 1 0 2, %S- /0 /, # 8 1 ).1 # A% 4%, [] D- 1 0 UB &%/ E% )= Z> ) 2 ) % : ) . 1 upsilongrave upsilonacuteU UB VZ ;0 %[+] + 2+ # + % upsilonlenis , & # : 6 \, upsilonacute upsilonacute 6D U- 4. 1 2 >Kupsilonacute ' upsilonlenis/0, upsilonacute ^ 1 8 %- /0 T4, 1 ) ?upsilontilde 1 T% 1 A%,N Eupsilonlenis 1 B -6 2 + - upsilontilde %= %/ upsilonasperacute G 6D 0 ) 1 B 1 E %=6D upsilonlenis/0 % 1 upsilonacute, 41a, 36 ; 1 , ; Mupsilonacute 1 upsilonacute= 0 1 upsilonaspertilde 2 )- > upsilonacute/,: ) E % 34.

    d

    10

    15. O A3 B upsilonasper56 * F5 upsilongraveupsilonlenisupsilongrave @5upsilongrave % . ?E @upsilontilde * upsilongrave A- .

    16. EH 13.000, upsilongrave u# upsilonacute % upsilongrave ) H5 56 5#. 0E6 399.

    17. upsilontilde # A. EI - K, ) )3 ` 491. K

    5

    6

  • 7. M @I S upsilongrave L 5, ) % % @. A* #19, upsilongrave u# %A4, @ w3 * 5, @upsilonacute % @upsilontilde. E upsilontilde * upsilonacute S , upsilontilde SI I, -upsilontilde * #I upsilonasper * * 20 / -. CO, @ upsilonacute F 5 @I- % F5 I Iupsilonacute % , F %upsilonlenis * Iupsilonacute 5621 % F # I-. A* % upsilonlenis 3 * FI F @I ). E @ J 6, I F * @ # % *@upsilonacute * K.

    8. K x 5 J upsilonasper upsilonlenis ?E% @ * @upsilonacute * K F ) -22 * * # 5 upsilontilde upsilonacute.Aupsilonlenis L R S upsilongrave upsilontilde. upsilonlenis % -# 23. 0O @ % @ @I, % upsilontilde upsilonacute5 J @ upsilongrave / * upsilontilde % / .

    9. EI S ) , 5 upsilontildeupsilonacute % J Iupsilongrave upsilontilde T% upsilontilde # upsilonasper5 , T % ` 56 upsilontilde#. * # R

    Vdd EHNIKA BIBION

    13

    22. ?E upsilontilde 399 .X.23. 0O L upsilontilde A4, upsilongrave % Eupsilonacute

    K. yH I upsilontilde. upsilonlenis % # CA * # 5/ #5 s, * - ) #5 F # , % F upsilonacute -upsilontilde.

    - d 8 upsilonlenisacute 1 > ; %= A#% ,1 upsilonlenis %, ).1 C upsilonlenis upsilonacute ?8, 4% )upsilonasper) \, E 4) + upsilonasperacute upsilonlenis0.E upsilontilde %6 # +a 1 'upsilonacute 1 %, upsilonlenistilde 6D'% 1 UB 4%V. 1 upsilonacute ) 2 8 upsilonacute .upsilontilde upsilonlenisupsilontilde upsilonlenis 8, 2 34) upsilonacute 1 K%.

    E E4/ ^ a upsilonlenisupsilontilde, E 1 K% -, % C' 4% 1 + , 0 Q 6)= 1 8 %4. ; upsilonlenistilde % B 9 1 S-1 34= ) > upsilonlenisupsilontilde 2 upsilonacute6 E 4%PS /0 upsilonacute upsilongrave 4%. ; %1 + , upsilongrave upsilonasper) a + T4 1 + S, - /0 T4 # -S 6D + , ?) / Z gR 4 8.

    d

    12

    19. # A4 % ) Kupsilontilde ) upsilonacute @ @3A4, upsilongrave upsilongrave H5 * % FI @I .

    20. 0H upsilontilde upsilontilde upsilongrave L R *6 * * upsilontilde * upsilontilde. upsilonlenis ) SI upsilonasper 5 I * * upsilongrave I .

    21. 5 upsilongrave H5 5 #5 56, - upsilonasperacute upsilongrave F upsilonlenisacute * % @3 5upsilonacute. K# upsilonlenis / upsilonasper i upsilonasper# * 5.

    7

    8

    9

  • |, * % upsilongrave upsilonacute 5. ?A L * ) @5 upsilontilde #. upsilonlenis, upsilongrave L a ?A @% 5 upsilontilde#24, @ # % #-5 upsilonacute * / ,| upsilongrave 3 * upsilongrave @ -, % 3 * 525. upsilonlenis % upsilonacute upsilonlenis5 @# * upsilontilde -#.

    10. K% 5 upsilongrave 6 , _ ` * 56 5 A426 upsilontilde#, 5% * I * # upsilongrave #-5. 0H A4 upsilonlenis #, * upsilontilde ) Z ) upsilonacute27, JL @ ~. CO J upsilonlenis # 6- % ) # * 6 S, B M, B upsilonacute upsilontilde Z, % % upsilonlenis,upsilontilde upsilonacute, @ % * / * * * 6 % -# % S * 5 % % JH5 # # . ?E F #28.

    11. CO @5 H:#, ) S , % ` * S upsilontilde L

    % upsilongrave upsilontilde @ #, _upsilongrave % @upsilontilde % @upsilontilde. E* @ upsilonasper/ @I W #, * B # * S#; ?A # upsilontilde , F5 upsilonacute * - @I % * 6 S.

    Vdd EHNIKA BIBION

    15

    28. 0O #, upsilongrave L # B % | -, H5 R upsilonacute, upsilongrave upsilonasper . EH5 @ upsilontilde Z % S upsilonasper.

    - 1 ) ; % /0 -S/= P > ) Aupsilonacute/ 1 - 6upsilontilde, 1 upsilonasper+ S, % 36, h 8 1 Q 8 -% %= '% > S% . 1> upsilontilde upsilongrave W 1 + S U^. 1upsilonlenisupsilongrave upsilonacute/ 4 # + C6 upsilontilde %i + > B 4% 6D6 B S A#% upsilonlenis upsilongrave6.

    H A#1 upsilonasperacute - S, upsilonlenis/0 upsilonacute B 6D, j 3S, ZB upsilonacute= 8 )/ , Supsilontilde S C/ upsilontilde %, M% Gupsilontilde Z , 1 1 upsilonlenis, Supsilonacute' )- 1 0 upsilontilde i 1 upsilonlenis/0 S/upsilontilde 1 % upsilonlenisupsilontilde 6% 1 8 - > S/, upsilonacute. upsilontilde # ) Q= l S, ; ; + 1n 4% - 1 upsilongrave 4) % i upsilongrave0 upsilonlenis+ %. o upsilonlenistilde D 68 %- upsilonasper0, % 8 C ; o % , 1 1 3 4/ C/ upsilontilde 6.

    d

    14

    24. T 405 .X.25. T upsilonacute upsilontilde upsilontilde upsilontilde L B |

    5 . E/ ) 3 * % upsilonlenisupsilontilde % % #I / Iupsilonacute5upsilontilde 6 upsilonasper.

    26. B.. 5 M. A T.27. 0O # #, upsilongrave L * 0E

    % * * * .

    10

    11

  • 12. CO S upsilonlenis* ) # # * 6 5 3. Aupsilonlenis @I S, J F @I 56 * 5 , % upsilongrave * @,J ) S , % @% , J #, # upsilontilde F /, % J @3 @ 56 , upsilongrave %upsilonlenis5 upsilonasper5 J upsilongrave S upsilonasper-.

    13. K% * @I % upsilongrave , * % @3 upsilongrave L upsilonasper upsilonlenis % ##, 0AI % K29. T* 5 CE, @/ upsilonlenis upsilontilde a#-I30, J F SI @ # upsilonacute- /. ?E # R upsilonasper5 . EI# % #, )#upsilonlenis 4 56 / M/31 i / /32, %upsilonlenis% @upsilontilde 56 upsilontilde . upsilonlenisupsilongrave upsilongrave % upsilonlenis # % @upsilontilde # * upsilonacute.

    14. CO upsilonlenis L # # 5, ) M-, ) upsilonacute , % % - /, upsilongrave upsilontilde J L * @I * 5 * 3 % upsilonlenis * *a 46, @ upsilonlenis J upsilongraveS, J @# , upsilonlenis H5 # @upsilonacute % #, * 3 | , J @ * ## % FI. A @ % , upsilongrave L # upsilongraves % B * 5.

    Vdd EHNIKA BIBION

    17

    32. K# , 56 M. A B. , # , 53 , @ @ / /,upsilontilde M. AI#, , upsilonasper I .

    upsilonacute upsilontilde ; S 3 8 8upsilonacute. G 1 % B 6D , upsilonacute 4) upsilonlenis q + %, 1 + upsilonacute-, ;) 48 + S, 1 - 0upsilonlenis/0, 1 ;) 8 # 6D %, upsilongrave 0 upsilonasper6 1 W 6upsilonlenis), 1 R ) 4upsilonacute upsilonlenis/0 10 upsilonlenis6 upsilonasper) % 1 A'+ 1 K, '/0 E/0upsilontilde 8 %6, upsilonlenis 4 P' -= h , upsilonacute/ 0 %,i ) + '+ . -upsilonacute /0 S/ 1 ;) # Mupsilongrave g %- , : 6D upsilontilde.i 1 % upsilonlenis 0 ; S1 upsilonacute 3 : . ^ upsilonlenisacute upsilonlenisB0 g , M%, + upsilonlenisB \, 1 upsilonasper) E #6+ 98 C6, upsilonlenis+ #D Q, upsilongrave C 4 upsilonlenisB, i %B, %/ upsilonacute 1 Si o + S, #Y 8'upsilonlenis . 1 + 2+ upsilonlenisB, ) Q a 1 0 a E ?%.

    d

    16

    29. K% 3 upsilonlenis upsilonasper T#.30. CAI # 5/ # % % -

    # * #.31. EH # M, upsilonasper M. A % Iupsilongrave

    | % .

    12

    13

    14

  • 15. Aupsilontilde F upsilonlenis#, % 33

    upsilongrave L \5 % J # # % M. O S J * 5upsilontilde, % % upsilonacuteI * #-. 0O M @I S F / #,/ * upsilontilde @ 56,J H5 @ M. 0O # upsilontilde #- * * #I 5 J F ) W / *# * / % @3. % H J ^ *, @* F @ * # M.

    16.E l/ Iupsilongrave F ) . K% @| B # % 0AI % %K, )3 L # % 56- upsilonlenis . Aupsilonacute F - % A4 % @upsilontilde % upsilonlenis * #- @ % * 5 * 5 % * upsilonacute5 . O N334 , I335 % K336 @, % CE % upsilonlenis, upsilongrave @6 B M, H5 upsilongrave -.

    17. A* ) upsilonacute5 K37, upsilongrave L upsilongrave45 upsilonacute, @ J * #-, @* @upsilontilde * @3, @5 -. Aupsilonlenis u upsilonlenis * @@ . E J @ upsilonlenis upsilonlenis 6 B, @ @ . CO,@ % upsilonlenis B F5 upsilonlenis,@ % # B. ?E @Iupsilonacute *# @% B upsilongrave / * upsilonacute. % @# * upsilonacute A4, upsilontilde* F ) #.

    Vdd EHNIKA BIBION

    19

    36. K# upsilontilde K upsilongrave upsilonasper @ T.37. O5 5 T#, upsilongrave @ % K.

    upsilontilde B 1 6> )6, 3 1 > 6 - UB M%V= 2 C ) upsilonlenis 6 upsilonlenis), > S/3/S upsilonlenis> 2 ) 4%. upsilonacute ; M-% 0 /0 S/ &'% 36 6D i G M%. ; % 4 upsilonlenis,3 o upsilonlenis+ Y upsilongrave upsilonlenis/0 %/ U > 0= upsilonlenis> C 34 SB upsilonacute M%V. ; % upsilonacute/ /0 /0 48, 1 upsilonlenisupsilongrave VZ GV 1 A'+ 1 K> >% ) ?upsilonacute = 1+ > A#% ) &'% upsilontilde% upsilonlenis>1 # > %6 6 1 6 %. 2 upsilonlenistilde N8 1 I8 1 K8 %=1 > 2 4upsilontilde IE upsilonlenis8, 1 GM% , upsilonlenis 0 %= ; KB, #6/0 6%/, 4 36, %-, # 4' S/ ), B oupsilonasper %, upsilonlenis 6 + %. ; sS)-, S . 1 / upsilonlenis/0upsilonlenis % > 2> UB DU, UB upsilonasper%V upsilonacute. E upsilonlenis upsilontilde 8, UB %U=1 6 G0 ), 60 4= 3 > 1 SB B A#%.

    d

    18

    33. T#, B 6 * \* ?I, B upsilonacute * #.

    34. K# N, T#.35. K# upsilontilde I, 56 / T6.

    15

    16

    17

  • 18. K# J A#, 5 /, J ) S @upsilontilde 5, @/ upsilonlenis L * / K-, FI 5 % upsilontilde * 56 56. A* upsilonacute @5 FI,) % upsilonlenis @ % upsilonacute @ % upsilongraveS 6 / % Iupsilonacute upsilonlenisupsilonacute. E/J ) 5 % @ J S * L * @ upsilongrave H5 upsilonasper s * #, F5 35 @ /0E, )3 H J upsilonlenis% @ upsilonlenis* upsilongrave# ) | % J upsilontilde * H / 0E |, * / #-.

    19. E/ upsilontilde upsilonlenis% upsilonlenis#, L # S5 upsilonlenis/ % H J % upsilonlenisL upsilonacute J F upsilonacute. 0O , )3 / upsilonlenis B W , I * J % @ % upsilonacute .Aupsilonlenis% upsilontilde SI % upsilonacute % @5. Aupsilontilde @ % @/ upsilonacute, @# * - % .

    20. EI S ) M, ) )3 #, @3 6 % upsilongrave 3, F % H J * upsilontilde *F upsilonacute, @* F ). Aupsilonlenis upsilontildeF R # % upsilontilde * # J% J upsilonlenisupsilongrave . 0O M, upsilontilde @ ,@ % upsilontilde L @ , upsilontilde upsilongrave J * upsilonacute5. Aupsilonlenis -, J * % 3 @upsilonacute % upsilonlenis-. E/ F upsilonlenis* 5 @# .

    Vdd EHNIKA BIBION

    21

    A D 6), % + % 48 %, upsilonlenis+ 2+ Q+ upsilonasperacute 4 upsilongrave K%, Y upsilongraveUB ?upsilontilde ' Z 6upsilontilde. 2 3 ') upsilonlenis) 1 upsilonacute, 1 upsilongrave C % 1 . 6 upsilontilde %, 1 %S- > 3, 36- upsilontilde %6 > 0 E , 1Q : d ; C6 %, upsilonlenis 4%,upsilonlenis1 upsilonacute upsilongrave 8 IE Z g upsilongrave /0/ Q. 3 upsilonlenis0 upsilontilde, >upsilontilde C6 upsilonlenis0 q : : 2 )- 1 upsilonlenis/0 upsilontilde . ; upsilonlenistilde %upsilonlenisupsilongrave i 36 Y upsilonacuteU UB G, -Y > : G8 + > upsilonacute= 2 - '. 1 upsilontilde 4upsilongraveupsilonlenisupsilongrave U^ 1 B 1 . ; M%0 + S, s0 ^ upsilongrave%, + + % Q : 3 o# ), # ; . ; upsilonlenis/0 +) ? 0 6 j 8 upsilonacute- ;) 1 ;% upsilonacute. ; Y 'B, 1 %' /0 %V &D 1 % oupsilonacute6 . ; % 4 /N upsilongrave % 1 upsilonlenis) Z. 1 R upsilontilde U^ + B.

    d

    20

    18

    19

    20

  • 21. E # ) M J * wupsilonacute * @ * / /, S * . EIS ) , upsilontilde A|, / , upsilongrave upsilongrave upsilontildeM upsilongrave FI, upsilongrave 3, %upsilongrave * upsilontilde J # CE % #- @upsilonacute. ?E @ % @# @- , @/ 6 % upsilongrave - @# F @ upsilonlenis % 5# * @3 upsilongrave H5 #.

    22. 0O M upsilonacute# upsilontilde * upsilontilde6 / 38. 0O J upsilontilde# J * @upsilonacute5 J % I6 . K% @/F upsilonlenis* @ % upsilonacute % M, upsilonacute , ) )3 5-upsilontilde upsilonacute , J 4, # upsilonacute /. O S upsilongrave upsilonasper upsilongraveupsilonacute, )3 L @I* upsilonasper, M @upsilontilde. 0O upsilontilde H :/ , M, * I % upsilonacute * * * upsilongrave % @ * F % @3 *# A|. 0O M @ * I %upsilonacute, , F * I.

    23. CO ) 4, upsilonacute # M @ A. E3 upsilongrave S / I * 5upsilontilde * J upsilonacute * 5, @/ upsilonlenis A|. CO @ B , I upsilongrave upsilontilde M * 5upsilontilde * upsilontildeupsilontilde upsilonacute, )3 I * upsilonasperupsilontilde* , % ) M, H, H5 * .

    Vdd EHNIKA BIBION

    23

    upsilongrave ; M% : upsilonlenis o upsilonacute upsilonacute %V 00, 9 upsilonlenis+ #. ; % upsilonacuteUB AVZ UB 0 % ) upsilongrave upsilontildeM% 4upsilongrave ', upsilongrave 8 % ), 1 , i IE 1 6, upsilonasperacute upsilonacute, 'Y G8 1 . upsilonacute 1 upsilonlenis+ 1 0 -%, 0 1 G) 8 . ; M% ) upsilonlenis/0 &'% 0 %) upsilontilde upsilonasper/0. 1 ; % 3E 0 % upsilonlenis+ 6= R upsilontilde U^ + > upsilonacute upsilongrave /0 M%V, 1 + &upsilonacute upsilonlenis/0 #0 # upsilonacute. 2 + 0 upsilonacute1 upsilonasper0 a ;0 + M% upsilongrave upsilonlenis/0upsilonlenis 3= #) upsilontilde %= K, tM%, 8' > upsilonacute, u GUB upsilonacute, Y upsilongrave1 # + 2+ 3 upsilontilde upsilonacute UB AVZ, ; M-% \ % > upsilonacute, 4upsilonacute 6B 4UB, 8'. ; 1#B, 36 upsilonlenistilde + M% upsilonacute + )= 1 upsilongrave C D 1 > %6 > :, upsilonlenis+ upsilongrave 8 1upsilonasper+ 3 UB AVZ .1 , 8 1 upsilongraveM% 4) > : 1 /0 ) upsilontilde?upsilontilde upsilonacute, E 4= M%V >upsilonlenis 3 + Q.

    d

    22

    38. 0O M upsilontilde , % @3 upsilonasper .

    21

    22

    23

  • 24. EI S ) M upsilonasper upsilonacute % * # upsilontilde : E * # 6* # J upsilontilde * * I. ?O5, * , # ) , @ H , upsilontilde@ @, * I/ % * I-. M3 # . K% _ upsilongrave * #- 3 * @I#, upsilongrave % @6, upsilonlenis upsilongrave H * # % * @ .

    25. CO @#, 6 ) : , M-, ) S upsilonacute ;.M# #. K% H5; ; ; E/ upsilonlenis* ) M,upsilonlenis% upsilongrave , upsilongrave L @ -#, H: upsilontilde , .

    26. K% 3, H, H . CO * H5 * # . , H, BM ;. CO # J #39. E upsilonacute~ 6, H % B #; M# H. 0E %B @ |, upsilontilde W , % )# H @5 . A | ) #,, @3 upsilongrave B M %upsilontilde #.

    27. E/ S `upsilontilde M, )3H5 # ) M, upsilontilde % @3. CO@ ) @# upsilongrave % upsilontildeI upsilongrave upsilonasper * upsilongrave #, upsilongrave @ J,@* F * upsilonacute # * # M, * F . Aupsilonlenis% upsilontilde F5 J.0O , J * H J, * @, * @#- % @ #.

    Vdd EHNIKA BIBION

    25

    ; M% 0 : %, Q= EY %- C, 34, ' . ; = Oupsilonlenisacute, >% , 34, 1 #6+ ) '%S upsilonasper+ upsilontilde,> '%S . upsilonlenistilde G8= VN o +8 S, Y 1 upsilongrave > % + 1 ) 1 . 1 -S, &D ; %= E# , t M%, ; C6 upsilontilde 9 ; M, 34.K1 ) #% -; ) 60; ) %; 4 upsilonlenisupsilontilde 2 ) 0 %Q= upsilonacute% upsilonaspertilde, t %. Y8 , 34, % 8. >/0, E# , 34, M% % -; 2 Q : S. Oupsilonlenisupsilontilde 1 > %, 34,S; M, 34. H o 9, 34,1 upsilontilde= > G8 S. G% , 34, : 8 > M% 1 > -S. G 0 C 1 M% 9,y 4 ; M%, &upsilonacute 8. 1 #B, ; % upsilongrave %, 4 8 upsilonasper 8 upsilonlenisupsilongrave 8 upsilonlenis8 E 9 PD 0 M%, 6B -4. 2 %. ; 1 Q , - upsilonlenis> 1 1 4upsilonacute -.

    d

    24

    39. upsilongrave ) S5 L upsilonacute % - / upsilonasper . upsilonlenis upsilonasper# upsilontilde K#, % #, @ upsilontilde.

    24

    25

    26

    27

  • 28. E/ F, H J upsilongrave I#5 %5upsilongrave upsilonasper * % : ?E5 @I * R 5, * upsilongrave # upsilongrave \5# S40. E* % # # %upsilonlenis * . Aupsilonlenis* H, % ^I J, @* *upsilonacute /, * H 5% % -. CO ) M 6: E , upsilontilde */, ;. Aupsilonlenis #: E3 upsilongrave H - * , M. , % upsilontilde .

    Vdd EHNIKA BIBION

    27

    40. 4 W J H5 5000 % 6-. upsilonlenisupsilongrave % 300 3 / A. ?E F5 5300.E A S 2000 ( 5 ). ?E5 7300.M upsilonlenisupsilongrave 6 % * upsilonasper / , 6000. ?E# upsilongrave 13.000. A upsilonlenisupsilongrave S, J , 500 * * I % % A4 , )3 H5 # % - . 0E ) H5 8.000 S, upsilongrave )- @upsilontilde. A upsilonlenis upsilonacute J B M *L upsilongrave #.

    'Y upsilonaspergrave upsilonaspertilde 1 8 upsilonacute 0 '6 160, Q upsilonlenis8= M+ G8, t C,9 UB VZ upsilongrave upsilontilde s6%= o D, 1 upsilontilde -. upsilontilde Q D : upsilonacute upsilongraveupsilonlenis) 1 D 3. upsilontilde M%= E upsilontilde 6 #8, t %;%= {E 1 ), t M%, UB% UB upsilontilde 1 UB /DV #%V.

    d

    26

    28

  • K E A A I O N B

    0O 3 # % I5#

    B #. # 0E % upsilonacute

    5 % @ / /. E A %

    # T % #. 0O -

    upsilongrave yA upsilonasper# ?H (399397 .X.).

    1. 0O , upsilontilde @ upsilonlenis* % \ B @ , @I * # upsilongrave #5, / 5/ 56, J ) . A F J ) # upsilonasper5 upsilontilde -upsilontilde , * upsilontilde % . upsilonlenis % @| * upsilonacute @3 * F5, i 4. 0O # J B A4H5 \5 F, _ * # @I * , upsilongrave L B , @ 5.

    2. M* upsilonlenis* ) @ B#41, * * # 5/, | )3 - @5upsilontilde #. % B% @upsilontilde @ . * ) @# * B #- % * F5 S. E l/ Iupsilongrave L upsilonlenis

    Vdd EHNIKA BIBION

    29

    41. upsilonasper upsilontilde B % u# F% # 5 #.

    K E A A I O N I I

    O % upsilontilde ' 1Y sY G ), upsilonacute :o UB 4%V 6S upsilongrave 9 8 6,i %, upsilonlenistilde S 40 UBu/ UB > E% ). upsilonlenistilde +upsilonlenis+ 1 VZ ) upsilonacute # g )36. ; S % A#% -6% UB ?upsilontilde # %V, > u.

    upsilontilde , Y ; % # B% V 8 6%S, upsilonlenis upsilontilde -S 6= > 2 B1 upsilonlenis/0. 1 > C ; % 404 1 C B% 1 C4 36 > - = - upsilonlenis/0 > upsilontilde upsilonacute

    d

    28

    1

    2

  • @ upsilontilde upsilonacute Oupsilonacute42 * @5, upsilongrave upsilonasper , 3 % . Aupsilonlenis% @ W #* % 56.E J % )3 * * | . K upsilonlenisupsilontilde @ % upsilongrave 456 % #.

    3. CO H5 45-6, B% % OupsilonacuteF * % CE S * -upsilongrave , 6 # % - % 3 % * I6 @ @ /)/, upsilongrave L . M @,S F5 I % S @ / )/.Aupsilonlenis, @I S, @ 6 % 6, 5%* 6 , J L 5#-, upsilongrave H5 upsilonasperacute , @5# \5upsilonacute-# % _ @ upsilonlenis/.

    4. O B, J @Iupsilontilde )3, upsilonasper5upsilontilde% upsilonlenisacute * upsilongrave L, upsilongrave)3. 5 upsilongrave % @/ % @3,_ upsilongrave upsilonlenisupsilongrave @ # @I. T,upsilontilde )3 * #, @upsilonacute * . * upsilontilde @6 . Aupsilonlenis% upsilonacute, ) upsilonasper, u56 _ #5 % 5% * 5 /B/.

    5. M* upsilonlenis @5 , B% @- % @ upsilongrave @upsilonacute % / O//, I # J upsilongrave 456 % F-

    Vdd EHNIKA BIBION

    31

    42. Kupsilontilde Iupsilongrave CE % Oupsilontilde. 0O upsilonacute L upsilongrave. EH5 J S 3.

    upsilonacute6 0 O0 28 E )1 1 E ), upsilonaspertilde 1 + upsilontilde Eupsilontilde E 9 #upsilontilde 4upsilonacute upsilontilde + -% 0 ;0, 'UB 1 %, 1 > - 1 6. ^ a upsilontilde upsilontilde upsilonlenis8 0 #6D, )- 2 B1 : 'UB 1 : IE 4upsilonacute, 8 11 28 R GV % 8 ;% E -% upsilonlenistilde. upsilongrave , 2 3,2 &)S # upsilonlenisupsilonacute. 2 1 D 1U, % upsilonlenis /0 -D E a, + upsilonasper0s6upsilonacute 4 # upsilonlenisupsilonacute. 2 Uq upsilonasper6D, 1 }V% 4 1 ;%,3 1 3 &)S, 1 upsilongrave upsilonlenis0 4?U UB = i upsilonlenis%/ %. D upsilonlenis041 upsilongrave % # + E), 1 upsilonaspertilde, 1upsilonlenis U^ + Z, [6] UB6U ) 0 B0. 6upsilongrave upsilontilde ' 2 B1 1 upsilongrave 4upsilonacute0 O0 V0 %, ) > #6 B= i 2 IE 1

    d

    30

    3

    4

    5

  • . ?E, J CE F % FI , upsilonasper S , * upsilongrave -. O Oupsilonacute, upsilontilde @, F upsilongraveupsilonacute , ^ / / upsilongrave %43

    % u# 44. ?E @ % upsilongrave CE % @Iupsilonacute * upsilontilde % * - 56 / B/.

    6. 5 I45 ) @ B % #. E/ upsilonasper @3,F5 upsilongrave S5 # * )?A46, ) N#47 % ) A48. Aupsilonlenis% L ** @I# * # A % * 4upsilontilde * % * 5 5upsilontilde upsilontilde. A H5 upsilongrave @ * upsilonlenis% upsilongrave / % * upsilongrave 4upsilontilde Jupsilongrave upsilontilde * upsilonacute , J6 upsilongrave @upsilontilde % F upsilongrave#5 . Tupsilongrave H, @, J % 4 * 5upsilontilde F # * / #-5. E* upsilonlenis B # F / #5H S, * upsilongrave @upsilontilde.

    7. A J, upsilontilde upsilongrave /, upsilongrave upsilonlenis#, ) 5 / # upsilontilde Kupsilonacute49

    upsilongrave #: E3, , W W %6 % . CO S H ) 5 @ %S . ?H 3 * # % - 6, @/ S .

    8. K # % ) H5 W , #

    Vdd EHNIKA BIBION

    33

    48. T 412 H5 * | upsilontilde #5 A5(. H. 39).

    49. A/ * W V/, ) )3 upsilonacute# * \# .

    U^, upsilontilde upsilonlenis C upsilonaspertilde g upsilongraveupsilongrave /0 /. 1 B 2Oupsilonacute, upsilongrave ?0 1 upsilongrave Q )- upsilonlenis8 1 2% , ;upsilontilde ++ 8 IE - 13 B%.

    IA /0 - ) ; % 0B0 48 # . upsilontilde aupsilonlenisupsilontilde 36 + 0 9 0 {A) 1N 1 A. upsilonaspertilde - ) C : 36 > UB A%, 1 %Vupsilontilde C6 1 + ) )= 18 4% upsilonlenis8 upsilongrave 4) - upsilongrave D #8 E N ) %4 upsilonlenis8, : upsilontilde upsilonlenis &%, 8=1 1 upsilontilde upsilontilde 6) #8 : o 0,upsilonlenis , o % 1 upsilongrave 60, upsilonlenisupsilonacute. 1 - upsilongrave D upsilontilde 3, ; 0 K% -Y % A, t C ), G8 2 upsilonlenis1 upsilontilde 1 = C6 C upsilontilde, C + ). + upsilonlenistilde 9 upsilontilde upsilontilde ', ) , upsilonlenis1 ^ 2% D-. upsilonacute 0 9 1upsilontilde %, 0 1 + {A :% 0 X0 -

    32

    43. T F * % / / 6 |% .

    44. O Oupsilonacute @ ` % 3. upsilonlenis # % (0H. 5, 8).

    45. SI upsilontilde 398 .X.46. * ?A, upsilongrave 4 5 upsilontilde

    upsilontilde ( B. B, I, 7)47. 0O N# H S S.

    6

    7

    8

  • upsilontilde A# J H5 - / X/. Aupsilonlenis% 45 J 6 upsilontilde # X * upsilontilde 56 , % | @upsilontilde. E* J 35 upsilongrave * @ *# S, % upsilonlenis% * H5 % upsilonlenisacute56 * upsilontilde, % J upsilongrave ^. C, , * @Iupsilonacute, @* @- # - upsilonacute * * # upsilonlenis F.

    9. 0O upsilongrave H 6 , J Supsilonlenis#, * upsilongrave F ?E * / 0E-/ 50, 4 , % * F% upsilonlenis * upsilontilde # * * 4 % upsilonlenis. Aupsilonlenis% 56. 0O - @I S, @ # * , F # # % 6 |: * 4 upsilongrave H5 * 5/i * 5 . 0O # % @I 4. T ) , upsilontilde @I# 4 % upsilongrave L upsilonacute5 % upsilonasper 5@, | 0E % # Eupsilonlenis6. 53 % # ,upsilontilde @I upsilonacute, # X.

    10. CO F J upsilonlenis H5 R i 6 , JL upsilonlenis# % upsilongrave # W, #,J upsilontilde H, H5 upsilongrave |, @ I % upsilonasper J H5 # # * #51.T 5% * 5# @ % S5 * #5

    Vdd EHNIKA BIBION

    35

    51. T # H5 185 . E3 L 6 X.

    %. upsilonacute 34 E upsilontilde upsilonlenis upsilonacute- X) S= 4 > 1 C- upsilonasper+ 0 V0. # 6% # , 1 4% o B 1 QS 1 C ;) upsilonacute -%. i 34 upsilonlenis o S, # 1 4% % + B ) upsilongrave upsilontilde -'. ; upsilonlenistilde % + % upsilonlenis Q y36 D upsilontilde upsilonacute, 3 upsilonlenisupsilongrave E4 > 0 E% ), G) : 3- a > ) #U upsilonlenis0 upsilonacute-. 2 upsilonacute. ; % 3 a, + + S - ) upsilonacute > 36 > upsilontilde60 g ). ? upsilontilde S 1) , upsilonasperacute Y 1 > 1 8) [4%] #U % + Eupsilongrave /0 upsilonacute # EupsilonlenisD, 1 > 4% BV 1 1 '1 upsilonasper+ upsilonacute 48# X). y Y ) j gD 36, 6D 4 1 %upsilonlenistilde, , i , upsilonasper+ 0V0, 1 upsilonaspertilde upsilontilde #upsilontilde ?> 1 , upsilonlenis , > %6S,

    d

    34

    50. * % #, X, ?A % Kupsilonacute, )3H5 @ % upsilonasper Iupsilongrave E % -#.

    9

    10

  • 3552. E upsilongrave / F upsilongrave - * , upsilonasper5 3 upsilonlenisupsilongrave upsilongrave * @- / upsilongrave % upsilongrave upsilongrave #- # . T 35 @ F upsilontilde# , @/ H5 5 SI. M 35 R , upsilongrave , % , # * #, # F, % # upsilongrave % @I * # W /.

    11. Aupsilontilde @ upsilonlenis, @ # A. E3@6 % 53 % H J * # L S.Cd # J X54 35 A55, upsilongrave L \5, % )6 @3 @-upsilontilde I % @upsilontilde % a. EI SF J upsilonlenis upsilonasper5 * , @- # % @upsilontilde. Tupsilongrave upsilonasperI @\ /, 6 * # 56, \5 # - # W, * * F5 R #, J @ @3.?E 56 * ?E, B ) 5 %# / B/.

    12. M5 @/57 ) T % ) % CE % # upsilongrave upsilontilde @3 @upsilontilde4#. A* F @ / I/ % F J T@I|, @* ^ * upsilonlenis % 0E

    Vdd EHNIKA BIBION

    37

    upsilongrave upsilontilde upsilontilde / K %@# @3.

    55. A4 F .56. A5 (I. . 14, 4).57. M5 upsilontilde A upsilongrave % 5

    upsilontilde 397 .X.58. 0O #I upsilontilde upsilonacute

    > Y 8 D + 6%= 1 nupsilonlenis8 upsilonasper6) D 8 D 6%,1 8 C E j C' Q, + 86' + &upsilontilde 6) + sD. 1 %- + upsilontilde %6 j ), upsilongrave , ), 4, 8 1 >8 . upsilontilde ' # A%.

    E0 > ) ?D > C 06upsilonacute, X% 4 upsilonaspertilde A 366% #6), 1 upsilonacute ; 41 C I%, 1 S0 + upsilonacute. )- : upsilongrave 8 B upsilonlenis8, - )= 1 sY 1 upsilonlenisupsilonacute, upsilonlenis/0 -, 1 /0 6%/ 3 >, u 9 upsilonlenis/0 , ;) 48,B # {E4, y 6 + 0G0 ;).

    K1 6 upsilonacute upsilontilde 6) #U B T-4 1 % 1 2 upsilonacuteU IE 1 2. 1 4upsilonacute # %- + 0 I% ) % : 9 1T4, # upsilonacute, 4 upsilonlenis) >

    d

    36

    52. T 35 upsilonlenis H5 / ) M# % F K- upsilonacute (0H. . 36). J J H5 ^ .

    53. T @6 F * * 4 L upsilonlenis5 / /.

    54. T 409 .X. 600 % H5 @5 upsilongrave -

    11

    12

  • . E*, F, @upsilontilde K, J upsilonasper- upsilontilde T, H5 6, J * * upsilonlenis upsilonlenis. COS upsilonlenis* F, I - * # K , % #58, upsilonacute5, * % .

    13. Aupsilonlenis% upsilonlenis* F. T @5 @ H5 * upsilonacute5F % ) # T, , % )T H5 5#59, ** 6 J L R * # % * * 6I upsilongrave CE 56 upsilontilde. ?A @upsilontilde T- * 5 % upsilongrave @53, %upsilontilde H5 # A460. 0O T @I S, JS upsilonlenis#, upsilontilde H: /, K % upsilonasperacute * upsilontilde % upsilonlenis#.

    14. CO F K, # * - * upsilonacute % * @ I. CO ) F J I M-61, H # J @3 ) T% ) # @/ @ * 56, upsilongraveL upsilonacute, @upsilontilde. upsilonlenis @ M- % upsilonlenis. E/ J 5upsilontilde ) * upsilonacute, % upsilonasper J @5% H5 #6 56 E, FI upsilongrave upsilongrave #62.

    15. T % upsilonlenis% upsilongrave / * -

    Vdd EHNIKA BIBION

    39

    61. T # upsilonlenis # % 53 K , - K % 5upsilonacute I# , upsilonacute M.

    62. | % upsilonacute, J H5 .63. K% (. I 46) @ J CE upsilonasperupsilontilde

    .

    E% )= # upsilonlenistilde 0 6 K%, 3; T4 Q, upsilonasperacute o 34 6 %-S upsilonlenis+ [6] upsilonlenis) 4Z 48=upsilonacute upsilontilde 2 34 3 + %,1 upsilonlenis+ % upsilongrave /0 upsilonacute 1K% 1 + upsilonacute6 upsilongrave 8 1 -8. 2 upsilontilde %. upsilonacute6 > upsilontilde+ 6) 1 S + T4 4-, R : + 0 T4, R upsilonacute : j 9UB 8 1 6 1 upsilongraveIE B = +C > upsilonasper4) B% /0 T4 1 B A#% 6034 . ; upsilonacute= 0 %,34, upsilongrave 1 1 K%, 3 1 1 upsilonacute- ). 1 8 -, 3' upsilonlenis82> 4> # > upsilonacute %- 1 I%. E ^ ; %: ) #1 + M% #Y /0 E s% ; T4 1 ; S upsilonlenistilde 4 1 C 6D, 1 upsilonlenis). ) upsilonaspertilde upsilonlenis / /0 upsilonacute, E )0 % # E4%, '%4 ;0 upsilontilde upsilongrave 1 0 =

    d

    38

    % E (T, III, 6).59. A / # / /

    . yH 6 I, )3 upsilonlenis * % #- upsilonasper upsilongrave . A# I H5 # )Kupsilontilde ) 6 * 3 5 upsilontilde upsilontilde .

    60. T# upsilongrave (, I, 10) u A4 upsilontilde#.

    13

    14

  • 3 % upsilongrave upsilonacute, upsilongrave upsilonasper # % - J H5 5 , upsilongrave upsilonlenis% Lupsilonasper5 * #, K| % J F5 * H @3 % J CE upsilontildeupsilongrave upsilonacute #, % % 3, @ / )J T #5 I* -, upsilontilde # #.

    16. CO @ upsilonlenis* ) , I upsilongraveI#5 % upsilongrave 5upsilongrave * # J # \ /. Tupsilongrave * % upsilonacute #I % upsilongrave 363 upsilongrave H5, ) % . Aupsilonlenis5 @.

    17. CO ) 5 @ 5 , J upsilongrave 5 64, A565, % % % I , S @I * J 5# # % @, % # upsilontildeM# # L upsilonasper. A* % upsilonlenisupsilongrave upsilongraveF L J * * upsilongrave .

    18. A J ) # @ T- * # #5, J ) T, F5 upsilonasper s / @ CE upsilongrave upsilontilde Kupsilontilde66 % @ @ J J CE * upsilongrave F-, ^ * . upsilonlenis F % H J @upsilontilde * F upsilonacute- . T ) , upsilontilde @ upsilongraveupsilonacute # 3 % upsilonacute, @56upsilongrave % H: E , J ,

    Vdd EHNIKA BIBION

    41

    5 # / .67. T 400 .X.68. T 420 .X. (. E. 47).

    1 # > ?8 8 1upsilonacute > 0 Uq upsilonlenis8 - G;+ KZ 1 + + : upsilonacute-6 + 1 + E+ : Q6 ?- upsilonlenis0 1 + 2+ upsilonacute, + T4- 1 /0 '/0 , + S 1 /0 upsilonlenis-upsilonacute/. E upsilontilde U^ ; %, 8 '6 1 8 68 Q 6% # sD, upsilongrave > 1 > ? % 1 upsilongrave 2, : 1 u upsilonacute6 36= upsilonlenis+ upsilonacute. : - , G6% Q6 1 -S E 6upsilonacute= : - + 1 A6% 1 + 1 0 I0 ),2 ) /0 %/ > : %-= 1 > - upsilongrave ; 8 /0 M %/=: 1 3, B - upsilonlenis upsilontilde. + upsilonlenistildeS ' 6 upsilonacute. ; T4 ) Kupsilonacute S)E upsilonlenis8 1 upsilonacute/ %S ;%- Q upsilongrave IE, upsilonlenis upsilonacute 6, > + % Q : # ) upsilonacuteupsilonlenis/0 4. 1 ; % Y upsilongrave %- > 9 0 1

    d

    40

    64. upsilontilde B, upsilonasper * % @ upsilontildeM#.

    65. * . * \5 - upsilongrave upsilonasper T#.

    66. * #, upsilongrave upsilonacute Kupsilontilde, )3 @ * KupsilonacuteI upsilongrave # % )3 @-

    15

    16

    17

    18

  • H R * . CO upsilontilde @3 * F upsilonacute, @ F5 . A * 5 % upsilonacute, * 6% * # ) * @.

    19. Aupsilontilde upsilonlenis* F * % @I, * upsilonacute upsilonacute % @% T# K, 0E upsilonacute,J upsilonasper5 A upsilongrave , % upsilonacute # R #, ) ) L | S, % % F5/. K% upsilonlenis* F. T S B 5%@ upsilongrave H5 ), J # *# ) R S upsilongrave J * wupsilonacute *# 4.

    20. 0O H * F 4, @* ) upsilongrave upsilonlenis % . 0O T % )# @ * upsilontilde * * upsilonacute- 56 , % a% / -. M upsilonlenisupsilongrave upsilongrave J 5 Iupsilonacute67, upsilongrave * upsilontilde 5 J upsilontilde * upsilonlenis*) , ) T .

    21. K x 5 ) w53 upsilonlenis* A, , u upsilontilde * /H, % % F 5 upsilongrave A %A % M368, % 45 J - H5 69, @ upsilonlenisupsilongrave * # upsilongrave upsilongrave % upsilongrave /. K% * * upsilontilde upsilonlenis#, J ) 570 H5 6 upsilongrave , upsilongrave upsilonacute upsilonlenis%

    Vdd EHNIKA BIBION

    43

    ) (. E. 49).

    upsilonlenis+ 1 2 1 S0 B + upsilongrave -, 1 Q= A> 3 6-, E ;Z= 1 8 upsilonacute # )4, upsilonlenis Y . o upsilontilde U -8, > 1 ; 1 . )' upsilontilde 1 , > upsilonacute B, + + # T B K%, + E+# upsilonacute4, 3 - A) 2+ R1 % g % upsilonasper) %1 upsilontilde upsilonasperacute. 1 ) upsilontilde 6= UB upsilonasper%V # + % 6% - 1 3'upsilonlenis8 1 % o # -. ; % Q, # upsilonlenis) /Dupsilongrave > E% ), ; T4 1S Q : # ' + E+ - B 6D 1 2 % P1 0 ). upsilontilde #) > -, j % > 6 %V #%, T4 1 .

    Tupsilonacute UB A%V upsilonasper+ %,) > + upsilonlenis+ 6), sS)- 8 H% 1 : 6% +A% 1 A% 1 M, 1 : %4 upsilonlenis0 D 1 upsilontilde2upsilontilde 1 upsilontilde upsilontilde 0, 1 upsilonlenis ) upsilontilde

    d

    42

    69. O \/ 6, * #/ / , H5 1000 )3 . upsilonlenis upsilongrave 2000 /, ^ 2 | * # ), J _

    19

    20

    21

  • % @ # * * 6 B5 , H3 @, S, % FI.

    22. E% , J ) yA @ * # , upsilonacute # , H3 @- * 5 upsilongrave upsilongrave * , 45- J upsilonasper5 * * upsilonacute , J * 0E * 0E.?E ) yA @ 5% * #.

    23. * J upsilonlenis % F- % B @ # * upsilongrave . ?E- ?H * * upsilongrave 6 J S5 / F J * @upsilonacute % 71. E H3 J * # upsilonlenis, % 35upsilonlenis % upsilonacute , F -I upsilontilde upsilontilde. 0O yA @% upsilontilde upsilontilde @ A5 % 4 , J F 5 # upsilontilde upsilontilde72.

    24. M J ) 4 @5 56 %S5 * , F . 0O yA @6 # % upsilontilde F 56, . 0H 56 upsilongrave H -upsilonacute. ?E , upsilongrave ^I J @56 upsilongrave .

    25. ?E R 5 F I @- @ ?H. M% yA @I# % A373 % S upsilonacute5 @ upsilongrave Bupsilongrave

    Vdd EHNIKA BIBION

    45

    71. * % #, T % A6, J - # ( 30).

    72. # Iupsilongrave A5 % H.73. upsilonacute 4 upsilontilde 404 (B, II, 20) L upsilonasper5 *

    upsilonacute upsilongrave .

    ^, > 1 %6 ) % + R,1 upsilonacute 0, : #B %6 4D- + G%6, upsilontilde upsilonlenis), C ,'. upsilonacute upsilonasperacute 1 {A 4upsilontilde /0 1 > % > D 2 H8 upsilonacute6 % , E 1 +68 9 upsilonasperacute ), 6S upsilongraveIE 4 E /= i C B. upsilonacute upsilonlenistilde sS 3' 8 4) 1UB %V 4% upsilonlenisupsilonacute. upsilonlenistilde - # lH Q : 8 0 %% % Q 4 upsilonlenisupsilongrave > %) upsilonlenis). 0 H% :upsilonlenis upsilontilde, % > 36 > ),4> 34 2 34. C + lA > B A6 # H% > .C upsilontilde upsilonacute a UB %V 1 - B 6D, + %. ; lA 8G 'Y B 6D 4B +. upsilonacute 2 H8 upsilongraveupsilonacute -, 1 upsilonacute # > ),: U^ 8 8 % upsilonlenisacute.

    d

    44

    70. 0O 5 * # upsilontilde * # upsilongrave / upsilonacute- % # #.

    22

    23

    24

  • % upsilongrave K. CO ) yA 4 * Aupsilonlenis/74 ?H, # upsilongrave H- |75 % @ , % M76 % E377. K x 5 @upsilontilde #78 56 upsilonlenis 3, A % M3.

    26. ?E F upsilonlenis* O, J @ Oupsilonacute 5% * # % * @.CO @ B , @# @ , -/ % 56, @/ 5 456* % upsilongrave 6. CO F upsilonlenis* %% S upsilongrave A# % upsilongrave A5upsilongrave L ** @upsilonacute % yA % F . ?E B @ upsilonlenis * @5- upsilongrave H5 @ .

    27. CO F * ) yA, * # %, upsilongrave L `3, * . CO * , upsilongrave L 579, @ J | w,* * #. K x 5 ) @upsilontilde 56 % upsilonasper * K,) V upsilongrave \upsilonacute , * )3 J 80 @ * 5 upsilongrave @ , @/ * 6 upsilongrave 5% # upsilontilde upsilontilde, # * I * 5 % 5

    Vdd EHNIKA BIBION

    47

    76. M B.A. upsilontilde , upsilongrave M#.77. \5* H T, * A .78. * A .79. H5 5, % @3 .80. M upsilonlenis upsilontilde upsilonacute Iupsilongrave upsilongrave % 4upsilontilde

    52 .

    ) /0 /0 4% 2 344> 1 lH, 1 upsilonacute /0 {A B0 1 K% u C upsilonacute-6 1 2 A8. ) upsilontilde {A Aupsilonlenis0, upsilonlenisupsilongrave Z 0 H%6D upsilonlenis/0 upsilonlenisupsilongrave M%, 6) E8. % + + 6D8 1 A4% 1 M8. upsilonacuteY # O% 3 /0 1 /0 O%/= upsilonacute upsilonlenis1 3 Z. upsilonacute + + C upsilonacute,) 1 6D, 1 upsilonasper ,upsilonasper G% B 6D= iupsilonacute 1 C 1 0 A 1 A60?) U- ) 1 86 BPB. 1 upsilonasperacute G % i -+ UB /. 1 4% + ),> 1 > > a %, ) (%6 > -) ) upsilonlenis+ upsilonacute- Z g upsilonacute ?8. U B6D, 1 upsilonlenisacute B Z 1 K, )- 2 1 % + ) %/ - + > upsilontilde + upsilonacute

    d

    46

    74. * upsilonacute M % ?H.75. . H T * N. O

    | H5 upsilonasper5 4/ upsilongrave H # % #5 / /.

    25

    26

    27

  • / / . MIupsilongrave upsilonlenis/ @ % #upsilongrave F 3, 5 //, J @ W 3. upsilonlenis % F5 #- % @.

    28. O 3 @ J J H5 6 % \- @upsilonacute * J #. 0O -3 J @Iupsilontilde * | @3 J H5 upsilonacute.CO ) F J H5 , 6 J * * , J /upsilonacute # .

    29. 0O 3 @% upsilonlenis/ / /% upsilonlenisupsilongrave | #5, _ @# -. T upsilongrave upsilonlenis% upsilongrave -I % 81. CO ) yA @I S, 5/, @- I* A , S * E# upsilontilde Aupsilontilde % upsilonacute ` a, % upsilongrave@I H82 # % ) W@ .

    30. K* upsilonasper % 5/ B56 / H @3 upsilonacute % upsilongrave/ . T ) 3 F - % @ J * 35 / /83 % K. N* @upsilonacute % T, , E#,, A % M84, @ % upsilongraveA85 % /86, )3 upsilontilde A#. 5 J H3 upsilontilde ?H,

    Vdd EHNIKA BIBION

    49

    81. .82. V % upsilongrave upsilonacute .83. . T K#.

    [ )] upsilonlenis0 6B 8 %,) ' #% '%4 36 4> upsilontilde, 1C % 1 :) -%/ % /0 upsilontilde U /\8 , i ; B 0upsilonacute 1 G6% Q6, 2 48 /\ Q, 1 2 ;D upsilonlenis8 '4- > : # . ; 8 3 upsilonacute- upsilonacute6 upsilonaspertilde upsilonacute. E U^ ; B: upsilonlenis [; 8], G #%3 1 3, i upsilonasper+ ?upsilontilde 0 ; GD. G8 ; 8 Y + B, 6 ; B, ' +upsilongrave % 2 6 8 48.1 upsilonlenistilde ; lA Y + A4), 4-upsilongrave Y E%/ % upsilontilde A4upsilontilde 1upsilonacute P 1 upsilongrave ' {H 4, + B, upsilonlenis+ 9 B. 1 + + 1 + ) 60 upsilonasper+ upsilontilde% 1 0 1 upsilonlenis+ 4 1 ^ G 0H% 6D. upsilontilde ) -8 # % 6D + 868 1 K 1 > T4% )48 %' 1 E 1

    d

    48

    28

    29

    30

  • upsilonasper Iupsilongrave upsilontilde M % 0H87. %45 J H5 # J upsilonlenis 56 @- upsilongrave 35 , * # #, % *)3 # H5 6.

    31. CO / J, J F5 - , H @ S * # * , J % * upsilontilde * #, upsilongrave #- * @ % upsilonlenis. CO | @- upsilontilde upsilontilde upsilontilde O , *88 upsilongrave H, upsilongrave . Aupsilonlenis F-, % @ J L 5% % * @upsilontilde . Aupsilontilde F upsilonlenis#, 4 % 5 Iupsilongrave / H %. K% F @ ) H %.

    Vdd EHNIKA BIBION

    51

    86. Eupsilonasper . A @ H3 upsilongrave A# (. Z, 4, 12).

    87. A * A.88. O H3 % | *

    O 5 J )* @ H3.

    % 1 A4) 1 M, + upsilonacute 1 A% 1 0 + upsilonasper A). {H 'upsilongrave ) H%1 M% &'% 2 H8 36= % > 34- 6D R > 0 ) 6) ) , 1 + upsilonacute .2 ) ) ) Q %V g %V 4 > 0 G) -, 4 1 upsilonacute &= upsilontilde - upsilontilde + upsilontilde O% 2upsilontilde, % upsilonlenis6% H% a, upsilonlenis upsilonlenisupsilonacute, %S- upsilongrave 6% Q 1 upsilonlenis6 2-upsilongrave . upsilonacute 6 # % 1 6% H% + %.1 upsilonasperacute ; % 1 H% )3'.

    d

    50

    84. O 3 upsilonlenis upsilonasper upsilontilde Aupsilontilde % upsilonlenis | # % s5 T.

    85. A6. * ?H.

    31

  • K E A A I O N

    # upsilontilde ?A )3 5 )

    A. upsilontilde K# (307 .X.).

    1. M# ) yA @ upsilongrave upsilonacute, J ` / upsilonacute89. K* @- % J * upsilonasper 0H, 6.yH S #. ?E J ,) @ upsilongrave L J, S90. CO @ * - B upsilontilde 91 % F * 5 upsilonacute, upsilontilde , ) 5-, 45 J L upsilontilde ?A, )A, upsilongrave L .

    2. CO ) 592 H: A ) , A, )- J B 5 s5 , * upsilontilde % J upsilonasper#5 , 5 ), ) A #: E * -upsilonacute. A* / * upsilongrave upsilonacute, @ J @ /;@6 ) 5. % upsilonlenis ) W upsilongrave upsilongrave \# 5 J L . M#, B

    Vdd EHNIKA BIBION

    53

    91. K upsilonlenis, upsilongrave L , upsilontilde * upsilonlenisacute upsilonacute upsilontilde upsilontilde upsilonlenisacute * @.

    92. 0O 5 @3 | upsilontilde A#, upsilongrave H5 -upsilonacute # , % T, upsilonacute upsilontilde ?A. T, * upsilonacute5, 6 % B upsilontilde 5 %) yA.

    K E A A I O N I I I

    M> upsilontilde lA 4) # 4upsilongrave 1 upsilonacute, Y 3 H%V, ^ \, 1 6 # % 3S0, 8 6upsilongrave upsilonacute= 1 36 g> C 4B. 1 ED 2 G, 13 %, 1 %6%, 2+ 4 {A Q, A% 4). #) upsilontilde 6%= A ; ), tA%, upsilonlenis 4+ 2+ upsilonacuteupsilonacute= # 2+ 6, ; 4+ 1 upsilonacute. E o upsilonacute. 0, upsilontilde a;IO h upsilongrave 8 , upsilonlenis 34 Q ?upsilontilde. A Gupsilongrave % #8

    d

    52

    89. T / upsilonacute, / 5 6 * # upsilongrave upsilonacute.

    90. * % upsilonlenis )3 ) V/ % % (IE9).

    1

    2

  • , upsilongrave I upsilonacute upsilonlenis, 6 % 6. 0O /93 J I J , @ FI /, * *# upsilontilde , . T upsilonlenis @, @ upsilontilde upsilontilde, % ) #-, ) 5. % @, upsilontilde @ upsilongrave F / % I#-.

    3. Aupsilonlenis% upsilonlenis* F. 0O 94 J, upsilongrave L S- 6 / 5/ % upsilongrave L upsilontilde 5, H J upsilonasper#5 % ) 595 upsilontildeA, upsilongrave @# * # 5 -. EI S ) upsilonacute, upsilongrave upsilonasper A,# J, * 6 , ) * 5upsilontilde S upsilongrave @# -#, * * upsilongrave S upsilongrave H5 . % upsilonlenis B * L 5, @ * L S5 upsilontilde 0H96.

    4. Aupsilontilde B S * @5 % / upsilonacute, @I-I A97 * . H5 # R5 upsilongrave upsilonacute5 upsilongrave ) A, J# B upsilongrave upsilongrave upsilongrave @I \ , J _ ) , ) # @ J %F5 # , % . K %

    Vdd EHNIKA BIBION

    55

    % 6 %). + > )6 6 C- 4) 1 upsilontilde ) = *#, % H 5#, upsilongrave F5 % * #, upsilonacute , % * upsilongrave * % * % * R upsilontilde S .

    96. O 3 # L upsilontilde CY, upsilontilde upsilontilde 0-.

    97. Aupsilonlenis F 398 .X.

    1 upsilontilde 3 4%. A> ; > 1 upsilontilde '/0 # + 4+ + + . upsilonacute upsilontilde upsilonlenis/0 1 ; ) 6) Q=4 upsilonaspertilde 34 1 4 /0 /, /1 . 2 upsilontilde 3. % , 6) , 6%U upsilonacute Q E1 A) 6+ 9 4' 6%. upsilonacute + upsilonlenis+ upsilonasper A8 E upsilonlenis 9 + + upsilontilde upsilonacute 4'-, % 6upsilonacute [ %],> Z upsilonlenis upsilontilde upsilonacute. - > o 6 Q % ;) 2 4

    H B ) G8. upsilontilde upsilonacute G) 4 A% u .

    Oupsilonlenisacute + a UB %V A,upsilonacute upsilonlenisupsilontilde 0 > 0 upsilonasper B) Q ; : 0 - 4% 2 %.

    d

    54

    93. 0O / @3 J upsilontilde upsilongrave upsilonacute. * @- upsilonlenis # ) upsilonacute5 (A. 3, A. 23).

    94. EH A3 # * )3 # ) upsilonacute-5 (upsilonacute. 22 % . 32).

    95. 0O 5 upsilonacute5 (A. 3 % upsilonacute. 22)H ) I: S , , % 6 upsilontilde (

    3

    4

  • # @, ) # J * * # L 5. H: A, #, * * upsilonasper6 / @5/.CY upsilonlenis* S5 * # % upsilongrave -98 % upsilonacute. K% @# * upsilontilde,F # #, @5 upsilongrave 4upsilonacute.M H5 # B upsilongrave FI , # upsilongrave @ %5 K#.

    5. 0O K# L R , * @#- % @ * 5, * upsilongrave )99. CO 6 F, / F )K# J * @ % * @I3 B @5, #- upsilonlenis upsilongrave J ) K#, upsilontilde ` S |, upsilontilde H * # -| L #. K% @6, H, upsilontilde @ , upsilongrave @ % upsilongrave 100 % * -* S, 6: % , K#, upsilontilde H* upsilonlenisupsilongrave upsilongrave 6; Aupsilonlenis # upsilonlenisupsilongrave* upsilongrave @5upsilonacute , J upsilongrave S, upsilongrave H * % upsilongrave H # 5#, * upsilongrave #5. J ) K# upsilontildeF5 upsilongrave , upsilontilde R, upsilontilde upsilonacute @5upsilonacute.CO S, upsilontilde F, J L upsilonacute5. A % J upsilongrave | upsilongrave upsilonasper * 5#, upsilontildeF J R L @5, ) 101, J S # 5# L upsilonacute5.

    Vdd EHNIKA BIBION

    57

    A, B S / 60 @/. yH B 6 5 #. ?E H5 * % * @upsilontilde % # A.

    101. Aupsilonlenis, ` , @ upsilontilde /,@/ ^ / # .

    1 3, 3 ) 34 > 2> 4%.+ % upsilonacute, Q= l A%, i # upsilonlenis8 9 8 %, upsilonasperacute %. upsilonacute upsilonacute 1 8 % 1 8 B,1 ) , upsilonacute. upsilonacute B% + G0 upsilonacute + upsilongrave4) 1 + 6+ upsilontilde K. upsilonaspertilde - 1 + Q % 1 6 upsilonlenisacute, upsilonlenis 0 ;%. 04) 0 4% Z' 3, Q ; #%- : ; K Y upsilonlenis+ 1 + 36 BZ B upsilonacute ;) Q Z UBVZ. 1 D, 34, 1 4)1 1 C E , &)= T% upsilonacute, t K, B; ; Q= Tupsilonacute, 34, )S % Q, upsilongrave C 6 g 6%a upsilongrave UB VZ. upsilonacute upsilonlenis+ 34 8 ;8 3 j, 3 upsilonacute %0, upsilongrave C R 6= 1: 8 6% 0 upsilonacute6 a, j + ), 6 ?/upsilonacute.

    d

    56

    98. A) @ / % upsilongrave * #.T @upsilontilde A, . * upsilongrave - @upsilontilde .

    99. IO #, % % , upsilonlenis3. E3 upsilongrave 3 upsilongrave H5 * -5 J * I6. yH # ,upsilongrave upsilontilde * upsilontilde J % 4 4. # upsilonasper5 1500 4 4/ @% upsilontilde 200.000.

    100. Aupsilonlenis% upsilontilde % L 28. yH 4 @-

    5

  • 6. CO 6 F, , F ) K#,L , # J upsilonlenis upsilontilde HJ upsilonlenis% upsilongrave ^I % 5% H -, L J I. CO, @ J ^I *J J k % J 6102 % J upsilonasper103 % J 104 L .% # * upsilongrave @ Iupsilongrave upsilonlenis/ * upsilongrave|, upsilontilde * upsilonacute upsilonlenis5- upsilongrave * @ * upsilongrave # upsilonacute.

    7. EI S, J 6 F, upsilontilde * -upsilontilde J, ) K# # J J | H/ F5 * J upsilongrave | 5#. CO * s5, F J, upsilontilde ` #, upsilongrave upsilontilde#, upsilontilde FI * 5, * I, upsilongrave \-105, upsilongrave , I % * #-. , , J J * @3 * )3 -upsilontilde , * Iupsilonacute, % H @ J.A * * S @ F5 *s# , upsilongrave H % upsilonlenis* * J, J # * 5upsilontilde @ . CO @IS 6 @ * upsilonlenis#, #J upsilontilde F @ * 106.

    8. CO S upsilonlenis* F, @5# 6J % 5, | upsilongrave upsilongrave#I. X% * upsilonlenisacute - 107, * 5 S@/, S @3, # * K# Aupsilonlenis/ S , * @ -

    Vdd EHNIKA BIBION

    59

    106. * * H @ @~, R * | .107. 3 upsilontilde. ?I * @#

    #, % )3 F J upsilontilde @.

    D 0 4) ) 4% 1 upsilongrave -) Z' Q, 1 1 upsilonacute 34 upsilonlenis+E 4% 8 upsilonacute upsilonlenis %, ')- 8= upsilonlenis1 Z 34 - 1 u 1 D 1 8 upsilonasper% 18 %= : > upsilonacute ) 1 0, upsilonlenis upsilonacute upsilonacute + upsilonlenis6G o 1 0 % upsilonlenis0. upsilonlenistilde D-= IO ) 34 ; + #8: 2 G0 upsilonlenis1 4 : 8 : , /0 a6/, ) # + %- 8' upsilonlenis+ 34 > 6%, > '%4, upsilongrave s%, upsilongrave 1'%, > . upsilonlenis+ 34 : 1upsilontilde : 9 ;) C 1 B 1'upsilonacute 1 % S, 1 0 C 60> % > a : 36 upsilontilde, C 1 + ). upsilonlenistilde D % 6)/ upsilontilde , Q : 8 2 - 9. upsilonacute upsilontilde 2 34 G upsilonlenis+ 1 ', 1 upsilonlenis > % ', > -) 0 ) C C upsilonacute - + K #

    d

    58

    102. Aupsilonlenis% L k, * # |I.

    103. Aupsilonlenis% L 6 #I 6 6, % upsilontilde * 6 upsilongrave .

    104. EH # , upsilongrave upsilonasper#5 upsilongrave |, upsilonlenis @ .

    105. M \, B 45 upsilongrave , * % # @3.

    6

    7

    8

  • upsilongrave Aupsilonlenis3 % k #108.

    T I @ * % 3 @, upsilongraveL @3 % @3 `#, * 3 J - upsilongrave , % , upsilongrave @ Aupsilonlenis/.

    9. ?A H5 ^ ) K# % S upsilonasper upsilongrave @. K% upsilonlenis * upsilontilde F #, J L J F * #.CO 6 upsilongrave * # , upsilontilde H, % B upsilongrave109 * upsilontilde RI i * , )3 * -upsilontilde @ . EH5 * I ) F * % @3 upsilongrave @- * I J F * # K#. EH K# J * 3 I * * upsilongrave J @ * #. E- F * upsilonacute, J upsilontilde, J B upsilontilde R , @3.

    10. J , % @6- F % % ^ * # K# 3 L # , upsilontilde upsilonlenis%upsilontilde J H5 % 6 * -upsilonacute. E 5 upsilonlenis% upsilongrave H5 # * -

    Vdd EHNIKA BIBION

    61

    % F upsilontilde * # J L . upsilongrave ) L upsilongrave * @5upsilontilde - 5. ?H * , ` @ / , upsilonasper5% R ) )3 # # upsilonacute. Aupsilonlenis 5 , % upsilonasperacute I 5 upsilontilde .A @ upsilonlenis / 6 - upsilongrave /, upsilongrave 3 5 .

    109. yH 3 5% / , upsilongrave @ Iupsilongrave / - upsilontilde * (V. . % IV 3).

    Aupsilonlenis0 upsilongrave C 0 1 upsilontilde WC 0 Aupsilonlenis0 1 0 2D upsilongrave UB U . 8 1 8, y % upsilonlenis) Q, %- ) upsilongrave 4 % 1 . upsilonasper 1 C ^; K 8 4) upsilontilde. 1 ) 3 %/ Uq - upsilonaspergrave 3 -4B. % C ?upsilontilde 0 ={I, 34, 1 + upsilonacute 0 20 ' g ?> o upsilonacute6 ). upsilonlenis8 : ; 2 #% upsilonaspergrave , 1 2 ) #8 : K 8. Q 1 upsilontilde /0 K, : 8 P', u Supsilongrave C upsilongrave 4,4%S E upsilonacute : 4 j 83. UB ) upsilonlenis upsilonlenis), : +Z upsilonlenis U^ ;) + 9, 1 upsilontilde0 upsilonacute upsilontilde K u Q 2, 1 # upsilonlenisupsilongrave : ,u 0.

    d

    60

    108. 0H # L upsilontilde , * upsilontilde )@upsilontilde F upsilongrave 3, upsilongrave ... J upsilonasper- * #. upsilontilde 5upsilontilde upsilonacute #, upsilongraveL upsilonacute * Iupsilonacute, W % J Iupsilonacute . T R F upsilonlenisupsilongrave 5upsilontilde #, S upsilontilde F. CO^ * @upsilonacute # # * I. E# F * . ?E B , J Iupsilonacute, @ # 5% 5. T upsilonlenis F , ) )3 @upsilonacute #. T* #

    9

    10

  • # F * . N* # upsilonlenis *\ / /, * * # % * # upsilongrave @. T @6- upsilonasper F, _ F % 3 *@5 upsilonlenis/ upsilongrave @# Aupsilonlenis/.

    11. CO ) K#, F5 R - # / \#, * )3 H5 # )K#, # T110 %upsilongrave S . CO ) K#-, 5/. Aupsilonlenis * ` J %@ upsilongrave . T, 6 @ upsilonlenis* upsilongrave F. E3 J ^ * H6 . T upsilontilde F *5, upsilontilde @ #5 111 % 6- % / upsilonlenis % upsilongrave , - * . T L B upsilongrave upsilongrave@.

    Vdd EHNIKA BIBION

    63

    111. K s upsilontilde. yH * \, JF # upsilontilde . EH5 S upsilonacute \ -, J upsilontilde * 5 upsilontilde , _ upsilonasper5 . K upsilonlenis @upsilonacute , 5#% 6# . 0H upsilonlenis @# upsilongrave - * % @3 .

    3 2 ) upsilonlenis+ 6, upsilongrave ) ) upsilonlenisupsilontilde 6% 8 4). upsilonasperacute 36 2 34 + +Z, i 1 ) 2 3 8 Aupsilonlenis0. 1 # upsilontilde + q 2upsilongrave4 > s) N ; K , 6B) T+ 1 upsilongrave C upsilongrave - . E 6 ; K 1 &-6, 1 E) 1 upsilongrave ) 3, upsilonlenis+ ^ % 1 ) upsilontilde . ; %, + W Q %. upsilonacute ^ 1 Y 68 1 + 6- /0 upsilonacute 1 upsilonacute upsilonlenis) 1 2 upsilonlenisupsilontilde > ) . 1 upsilonaspertilde B % 36.

    d

    62

    110. ?I L upsilontilde # Tupsilontilde ?H, ))3 H5 * 6 # (0. 9, 3336% . > III 11, 5, 9).

    11

  • K E A A I O N

    0O A upsilonacute

    A, J 3 T. E ) T-

    , ) A %

    ?E % | upsilongrave . 0O T

    6 %

    Tupsilonacute (396395).

    1. CY upsilonlenis*112 # 0H6 , ))3 upsilonasper 113 # 4 ,H , S * #- , S @ % R #, % S upsilongrave L upsilonasper . ?A@ J upsilonlenis F * # % .T @# / 3 upsilongrave 5upsilontilde * 0E# % FI * upsilongrave J )upsilongrave % ) T 114 upsilonlenis , J ^I * upsilontilde 6.

    2. O W #- upsilongrave #5 % upsilontilde * #. 0Oupsilonacute , J % * upsilonasper-upsilontilde CE % / @6 #, upsilongrave H5 Kupsilontilde, F A-

    Vdd EHNIKA BIBION

    65

    @ Kupsilonacute Eupsilonlenis, )3 H5upsilonacute ) upsilonacute5 / A K * upsilontilde A-upsilontilde upsilongrave A4 upsilonacute, * # % * upsilonasper upsilontilde K @ / .

    K E A A I O N I V

    M> upsilontilde HD ) %U ), 1 #Y %,> upsilonacute C, > 1 upsilonlenisupsilontilde -, > 1 3 S, upsilonacute- 1 upsilontilde, : % upsilonlenis> ,> 1 + 0 ) 8 #

    E ' 8 % E 1T4 + ) upsilontilde S=: upsilonlenis 34 #. 0 -% 1 upsilongrave 6 ) 1 - % 6 8, upsilonacute %S 1 /0 -/0 upsilongrave upsilongrave IE 1 + S+ -S) E D + > Kupsilonacute , %

    d

    64

    112. 395 .X, * @ upsilontilde A# ` # upsilongrave | .

    113. Aupsilonlenis upsilonasper * @ upsilonasper. 0H %) upsilontilde L \% A5.

    114. 0O # 399 .X., upsilontilde 5 -, J W, @ AII * upsilontilde % -

    1

    2

  • * # * @upsilonacute @ A, @* upsilontilde6 #115 |, upsilonacute 5# 6 %R upsilonacute #5 RI 5# /. EJ upsilonlenis , @upsilontilde * @upsilonacute % )W % A * * * @ %5116, upsilongrave H5 S @ % % %)3 H5 upsilonacute F, */ upsilonacute * # -upsilonacute.

    3. CO ) A @5 * # @, upsilontilde 56 J J @ % - * RI . K, upsilontilde J % - 117 % upsilonlenis upsilongrave #, J , 56. 5 F % % / * B# * % upsilontilde * upsilontilde118. 0O W @I S * # Aupsilonlenis % * # W , upsilongrave@ ) A, J @I# @ T119.

    4. A* F @3, B#5120 - J @, F 3, )3 upsilontilde * 5 * # % upsilontilde I *

    Vdd EHNIKA BIBION

    67

    117. O upsilonlenis % A| (. .I. 1, . 3).

    118. K upsilonlenis ) A F 5 * / #. CO K, A3 % 3 * # @ upsilonlenis.

    119. E * # Aupsilonlenis F R s upsilongrave H )3 @# B ?A % upsilontilde. Tupsilontilde @J * # F % s5 .

    120. yH R, R . Aupsilonlenis% upsilontilde ). A A , % H5 S# .

    + A% upsilonasperB, o upsilonlenis/0 0 0, # 6% 0 D, # ?'-6% + upsilonacute 0 6, upsilonacute# A%. + upsilonacute/ /0 /0 1 upsilonlenis+'8 upsilonlenis/0 upsilonacute, : > 6% >% upsilonasper % 8 ), -% > upsilongrave 4), > % %, A. - upsilontilde A %, )% 2 ) : U^ 1 ?' 8. 1 : 3 1 n 1 > 'B, 8 ) 8: ?6) 1 :8, upsilonlenis+ Y upsilontilde Aupsilonlenis%,3 ; A : # T% 3 upsilonacute. E 8 , ) 2 D6 : upsilonacute, - 2 upsilontilde upsilontilde Q upsilonacute 1 ( -6 28 + upsilontilde

    d

    66

    115. O # upsilonlenis% upsilontilde % @5 *upsilonacute . Aupsilontilde # @3 upsilontilde 5%J * upsilontilde @I.

    116. 0O upsilonacute, * 404, @ % -# M. A 5, \5* upsilonacute ** upsilonasperI upsilongrave a upsilongrave 6 ) W. T # /5/ @I % 3, % @upsilontilde J * F B @I (#5 . 21).

    3

    4

  • # upsilongrave H5 # * . 0O A @upsilonacute / / | @#- 3 % . CO F -121, # J upsilontilde % @- * ?E.

    5. CO F @3122, / ) T - 6 L. Aupsilonlenis #-: F5 F * * upsilonlenis % % A123, J H upsilonlenis % | 0E#. 0O T # upsilonlenis#: E* * 5 J @ , upsilonacute J * * 5, upsilontilde @-upsilonacute5 upsilonlenis#, @* . * ^, H, @* @- J * @I. A* 3 upsilongrave * # @- % * F5 F J, @* # J,upsilonasper5 5% , % 3 * # @ J * B 5.

    6. E% ~ # / upsilonacute upsilonlenis/ ) T- ` upsilongrave upsilonlenis, 0H, - % M, J * * F 4. EI S % upsilonlenis% ` T,@I \ upsilontilde A#, J, @* upsilonlenis @upsilontilde %upsilonasper5 , % ) A * @upsilontilde * % -. CO ) T J ., % * @ 4~, F % @upsilontilde - % upsilongrave S , @ @3 upsilongrave H5 -. 0O A @ upsilonacute, F % @upsilonlenis upsilontilde T, @ % .

    7. E/ ) A ?E 4* %

    Vdd EHNIKA BIBION

    69

    123. K% ) (. II 20) @ @ upsilonlenis /.

    upsilontilde. ; upsilongrave upsilongrave 1 sS)-, > 1 . 4) 1), 1 ' 8 : upsilonacute upsilontilde upsilonacute- 8 # {E4 + ) 8.

    E1 8 4%, 0 T4 ^ upsilonlenis+ % ) W. ; Qupsilonlenis) 1 > UB A%V ) Q, i 1> UB G8 E. + upsilontilde Q ; T4-= E# % % j o Y + - , Q C upsilontilde ' 8,# upsilonacute. A> % C, 34, # #% upsilonasper+upsilontilde 'Z. A 3', 34, 1 upsilonacute %8 - ) [ upsilontilde '. K1 1 ,34, 3' upsilontilde % 8 - )] upsilontilde upsilontilde GZ B B 6B 8 8. 1 upsilonacute }8 T4 \ 8 48 + upsilonlenis+ H%V 1 -%V 1 M%/ - ' ) #,8 D upsilonasper A T4 - upsilontilde upsilonlenisupsilontilde D > . ; T4 d \ upsilonlenisupsilongrave upsilonacute= 1 >upsilontilde # 36 upsilongrave > + /NQ6 ) . A% , % #-) upsilontilde, : 8 8.

    d

    68

    121. A Eupsilonlenis.122. T SI upsilontilde 396 .X.

    5

    6

  • 5, upsilonasper # 5, % upsilonasper5 upsilonlenis upsilonlenisacute , J @5 / A-, upsilonlenisacute 5, J upsilontilde #. EJ @6 upsilonacute124, upsilonacute @ upsilonlenis, / * @upsilonacute5 upsilonlenis AJ @upsilontilde. upsilonlenis upsilontilde 6, upsilongrave @# upsilonacute, _ ) A- J H a 46, ) upsilonacute -upsilonacute.

    8. 5 5 upsilongrave @I6 B #- upsilonlenis A. CO # |125, upsilonacute- , @upsilontilde. A- J ) upsilonacute 3, % # * - % . A , J ) upsilonacuteS5 * # upsilongrave upsilongrave upsilontilde A, J J # ) A J upsilongraveupsilonasper ) upsilonacute, upsilongrave F5 S. ?E @ s5 * , * % J upsilontildeupsilontilde * * # upsilonasper , upsilontilde -upsilontilde * J B @ * F * * uupsilontilde.

    9. E upsilontilde * upsilonasper ,@# A % upsilontilde H: upsilonacute, A, , ^I * 6 upsilongrave . N,* , # @3, @ upsilongrave * 6 . Tupsilonlenis upsilonlenisupsilongrave upsilongrave *# upsilonlenisacuteI #6 , * 4, @* ^I * upsilongrave /. 0O upsilonacute H :?I # upsilonacute * @ upsilonacute . A*# upsilonlenis#5 upsilonlenis 5#. * * 4#

    Vdd EHNIKA BIBION

    71

    125. EH # | )3 upsilontilde upsilonacute upsilontildeA# (. % . 115).

    G6% 1 6 36 ; A% - UB E4/, R 8) 0 0, 1 upsilonlenisacute % 3 upsilonlenisacute,i A%, upsilonlenisacute 6%, i 1 -, R D + upsilonacute, - upsilonlenis/0 'upsilontilde upsilonlenis+ A- N = 1 > upsilontilde 1 a6upsilonacute upsilonlenis+ &upsilonacute, i ; A%#D 4%, ; upsilonacute upsilonacute. : upsilonlenistilde3 1 + A% upsilontilde upsilonasperacute= u C upsilonasper+ upsilontilde 4) upsilonlenis %, 3 + + A% E %upsilonacute B % s) . 1 1 ^' > /0 A/ ; upsilonacute, ( % upsilonlenis+ G. E 1 > % N upsilonacute /0 /, 3 + )= 1 upsilonlenisacute j?/0 3 9 a6 8 Z'% 40 3 : 3 j', # upsilonlenis+ %. 4 UB %, Y Q. l A%-, upsilontilde C upsilonacute upsilongrave 4% &%. N1 > % ,34, upsilonacute upsilontilde %S 4%= upsilongrave upsilonlenisacute' # % Z, #6%C. 1 ; upsilonacute Q= A 9 1

    d

    70

    124. yH % upsilonacute H5 5 @3 ` upsilonacute5 408)7 % 406)5 .X. A* % * / / A/ (404) @ @3% k % 5.

    7

    8

    9

  • * F5 * upsilonacute # % * * upsilontilde @, 3 #. % J % *upsilonasper/, * * upsilontilde H 5.

    10. CO H upsilonlenis#, ) A # * @upsilonacute 6 upsilontilde # % upsilonlenis F 0E. E3 ) upsilonacute % J ) # H5 #126,F5 upsilonacute % * - * # , * 5# % - 3. 0O # S * S Kupsilonacute. 0Oupsilonacute @ * # 3 % ` A. CO upsilongrave H ) A @5# * | % @upsilontilde * 56 % @I upsilontilde #.

    11. E @I S ) T, @% SI upsilontilde upsilonacute, upsilongrave upsilontilde F ) upsilonacute, @I * upsilontilde A#, @* @ A, S upsilonacute5 % @#J upsilongrave @#5 W. K% upsilontilde, % @- J ) , upsilongrave ) A, L 6- @3 upsilongrave H5 # ) upsilonacute. 0O AJ, 5upsilonacute , I upsilongrave *4upsilontilde T J upsilontilde 5upsilontilde # 5#, % | upsilongrave upsilongrave @5upsilonacute , 4 upsilongrave CE #5. A upsilonasperacute upsilonlenis*F upsilongrave / * # @, 4 * , % )3 @ *# @upsilonacute * K, F *@# 6. I @ upsilongrave

    Vdd EHNIKA BIBION

    73

    126. 0O # , % @ * # upsilontilde# 5% #, upsilonlenis ` upsilontilde #* / M 400 .X. (A. 3, 3 % A. , 5, 7).

    Z #) upsilongrave 8 g Y 3. upsilonlenistilde upsilontilde upsilontilde 6, : o #6upsilonacute 0> 1 D t, )) % . :> o t, /0 Q. #) upsilontilde 3' 1 /0 A/ upsilonasperacute B, 1 upsilonlenis+ 4 E). 8 ; upsilonacute #)- + upsilonacute) upsilonasper+ -S, upsilonlenis/0 1 % B 36upsilonacute 8 1 > 1 upsilonasper+ 6 1 2 E%. 1 > C KS%/, upsilonlenis+ 1 + 2+ q C + A%-. #Y ; A% W UB ' 1 upsilonlenisupsilongrave 1 B S 6D 16B.

    E1 4 ; T4 1 /0 - upsilonacute > 8 A/), # % B A%, 2 C upsilonacute61 % 2 ) 641 , %S upsilontildeQ upsilonacute A/ B B,A% 4/0 /0 D/ 8T4 upsilongrave E 6upsilonlenis/0 36, : upsilonlenis+ % upsilongraveupsilongrave , 8 IE 6 %. upsilonacute upsilonlenisupsilongrave 8 D S E # %, 8 ) # d - 48 / 1 K% -8 > S. 1 {I 1

    d

    72

    10

    11

  • ?I, upsilongrave A43 % upsilongrave upsilontilde 0E *upsilontilde ?E , upsilongrave @ * # @127.

    12. EI S ) T, % % ) A H5 % % B K L * % %@ J upsilontilde * # , @ J )A * @# ) @ K, Jupsilonasper5 B . upsilonlenis J upsilonacute upsilonacute * @3, ` # upsilontilde M#, upsilonacute J L *6 upsilongrave CE, upsilontilde * #- * * . CO ) A,% * * K, @ upsilonacute% @# @ . 5 @# % *upsilonacute, upsilongrave upsilontilde , * )3 F5 # , upsilonasper % % @ 4 56 , I * #.

    13. K% * S 5 upsilontilde * - 5% . A J L s5 upsilongrave * upsilonacute128, 3 , )3 upsilonacute, R * * 4upsilontilde upsilonasper5 * upsilonlenisupsilonacute. K* upsilonacute5 3 upsilontilde #, upsilongrave L upsilonasper% upsilontilde P % upsilontilde B, upsilontilde upsilontildeupsilontilde #, % )3 L W129 * upsilongrave CE, 5 #, % upsilonlenis% W . CO H J 35 * 130 Iupsilonacute @# % * upsilonacuteupsilonacute. ?E CE 3 #5

    Vdd EHNIKA BIBION

    75

    128. E3 upsilonasper B R upsilontilde #.129. T upsilontilde A# 5 600 3. EI upsilonlenis/ 300

    L A3 (. 1 . 4). upsilonlenisupsilongrave S 100 % 200 upsilontilde# Kupsilonacute (. 10).

    A#upsilontilde 1 E% + ?+ #{E4 upsilongrave . ; T4,1 : 2+ upsilonlenis Q6 ; A%, G K% C4- -, 1 : G8 upsilonlenis+ s%S upsilonlenis/0 > , /0 a % 1 + upsilonasperupsilontilde Q # K%upsilonlenis+ ;, + S+ R % 8, + 2+ # + M % B, %S2+ Q B UB u/ upsilongrave IE, 1# > upsilonacute 4. ; A% 1 upsilontilde 1K% # upsilonlenisupsilongrave % 1 %upsilonacute, 1 > UB %V [D - 1 >] ) 4 1Y B 6 .1 + C 6) 40 upsilonacute= upsilonlenis) a %, ) upsilonlenisupsilontilde 2 28^ 1 )4 , E % C 9.> upsilonacute6 1 2 upsilontilde S 28 2 1

    P% 1 B8 + ) 4), a )- 8 IE + ), 4 upsilonasper+ -S ^ 1 upsilonaspertilde 1 + upsilonlenis+ upsilontilde )4.#) upsilonlenis

    d

    74

    127. CO upsilonlenis% upsilontilde F 4.000 /. 0O upsilontildeA# F ^ % 10.000 S. yH 4.000 upsilonacute5, 2.000 -6 % 4.000 ?I, A43 % 0E. upsilonlenisupsilongrave % * upsilonasper / M 5 56 5#. CO ) L 15.00016.000 S.

    12

    13

  • # # # /, @/ # -#5 F, _ * F5 s5 upsilonacute /6 /, # /. ?E @ / #.

    14. CO L * 5, J CE upsilongrave @upsilonacute# F * # , @/ upsilongrave H5 Iupsilonacute 131 5 @ 63 % upsilonacute S. ?E upsilonlenis CE 3@# . M J FI % upsilongrave )3 ) A, # upsilonasper56, upsilontilde@upsilonacute R upsilonlenisupsilonacute.

    15. T upsilonlenis 5 ) A @-, * * 4 @* F * 5, % upsilonasper J *#5 H5 upsilonacute132. CO @6 upsilonlenis, @# #. E J, @* - , * wupsilonacute * @upsilonacute ** , # * \6 * * -# * # upsilonacute. K upsilongrave6 J % 56 % upsilongrave upsilonasper5- * S. 5 @I J J * - # FI S, J % , *# / / upsilonasper56. K6F * @upsilontilde %, J * @upsilontilde % # upsilongrave * ^ *# upsilonlenisupsilontilde.

    16. ?E upsilonlenis#, J S5 B SI133, J ?E. * ,upsilonacute 3 4 * # / )/, upsilongrave * @- * 6, % * # upsilontilde

    Vdd EHNIKA BIBION

    77

    F * H *. ?A 4% L . K% , J 4 , upsilontilde u#. CO upsilonlenis F5 # upsilonacute, # 4.

    133. SI upsilontilde 395 .X.

    6, + 0 3 4),2 IE 28 i 4' 1 , 2 upsilongrave D upsilonlenis g # D , + 1 0. 3 ) i 2 . E # 68-, : 0 E 3 , > ), 2 >36 6upsilongrave D 2, upsilonacute u -. upsilonacute 4 2 IE 28. - A upsilongrave 8 ;%, 6D- 2 , 1 [0] ( upsilonlenis0 U. upsilonacute B 26%, / /0 A-/ UB upsilonasper%V 1 )/ C % > 2.upsilonacute 4 upsilonacute 1 -. D : # 2+ 2+ , upsilonlenis > > % upsilonacute, 3 upsilontilde Q, E upsilonacute 8. 1 upsilongrave 0 0 8) 248 '= Y , : -6 u 1 : 1 C ), : 'upsilonlenis/0 upsilonacute, % upsilonasperacute upsilontilde ) i C + upsilonasper upsilonasperupsilontilde upsilonacute- upsilonacute S%.

    E upsilonacute 3 upsilonasper4, R + # {E4= B upsilonlenis+ -

    d

    76

    130. M @# 100 / i 1)6 upsilontilde , # 4upsilontilde 600 i 125 .

    131. T Iupsilonacute L upsilongrave .132. K* upsilontilde * #5 / 6, * )3

    14

    15

    16

  • upsilontilde, upsilongrave * @ upsilongrave upsilonacute 3, J@ % 3 upsilongrave % upsilongrave I upsilongrave *upsilonacute % % % . ?EL * % J * |6, upsilongrave @#, % | . E F % *upsilontilde % I.

    17. A* % , ) upsilonasper, ?E, SI . % B * L # J * W / % J * upsilonacute. A% 5% % I% % % %@3 upsilongrave # * % #134 JF * J, _ * J B L @ .

    18. * upsilontilde J * # % # % upsilonlenis: A /, % upsilongrave S/ * * % * * # ?A135. %J S upsilongrave upsilonacute, upsilontilde * -#, * 5upsilontilde, / H * HJ @3 | `3 @;

    19. J B @5 @ @- # * , I upsilongrave * upsilontildeupsilongrave upsilongrave # upsilongrave F @3136. O/ upsilongrave F * 6# * H #, % upsilonacute, * H % % - upsilongrave , % @ # @# * a#-I, @5# 6 J ) upsilonlenis * F| @ /.

    Vdd EHNIKA BIBION

    79

    # , upsilontilde upsilontilde * # #.

    136. O CE upsilongrave F ?E * #.

    ) n upsilonacute 8 ;8 ', WC 36, 1 8 28, W 2upsilonacute= 1 8 1 ') n upsilonacute-, : + > 3 48. upsilonacute B ;Z > >0 0 S, + 2) 02S, upsilongrave > 1 upsilongrave ')0. '% 1 : ) Uq - [{E4] %= W > > - 0 1 u 1 : %, u 6upsilonacute- 1 2 1 2 68 1 2 ) 12 S4 > : upsilonacuteS, i ) a 9 Q.D C 1 8 #D, A% 0, 3 1 upsilongrave C D 4- + 0 % ) 1 upsilongrave 4 UB A. : > C upsilongrave , > > 8, 68 V0, 0 upsilonlenis #+ upsilontilde > %0 Q; Gupsilonacute 1 + 48 0% }D > + + 6, -8 8 ' upsilongrave upsilonasper+ 0 U0 P upsilongrave 8. ;0 upsilonlenistilde 2 0upsilongrave > + upsilonacute, upsilongrave 1 ) > + 1 s6 Q, )

    d

    78

    134. Aupsilonlenis% @ 4 % S .135. * A upsilongrave L

    ?E % @3 R * * upsilonacute upsilontilde . Aupsilonlenis F )0H 356 .X. * * s# , #

    17

    18

    19

  • 20. E l/ Iupsilongrave @ R 5137 upsilongrave )A 56 #, _ # upsilontilde# @ . * #5 @- L S 0H138. A upsilonlenisupsilongrave V% R S 6 5upsilongrave / , upsilonacute5 / 6 )/, 0H 5 /S / upsilontilde Kupsilonacute139, Mupsilonacute / -/ upsilongrave F 5 . J upsilonlenisupsilongrave@ J * upsilongrave ) l upsilonacute)upsilontilde * upsilonlenis6 56. M upsilonlenis ^ * # / upsilonlenis *6, J % # * .

    21. 0O T J @ J F upsilonlenis#, %^ * @I % #, @/ upsilonlenis * *4 * K. upsilonlenis, 6#, F K, @- # upsilontilde M#. CO ) A @upsilonacute, * @, J H5 , @- 56 / #140. E% 3 B 5upsilontilde5% * @5upsilongrave % @I S - * . A* B @- 3 upsilontilde @5upsilontilde.

    22. 0O 5 upsilontilde upsilontilde / / I 5/ 141 * # % *upsilonacute, 3 upsilongrave upsilonasper /0E * # upsilongrave upsilonlenisupsilongrave@. CO H upsilonlenis ) A I upsilongrave 3* upsilonacute * . EI S H

    Vdd EHNIKA BIBION

    81

    139. A5 upsilonlenis/ L ) V/, ) )3 6 * A * upsilonacute.

    140. 0H 56 upsilonlenis L # % upsilonlenisacute.141. 0Y upsilongrave % upsilontilde upsilontilde.

    upsilonlenis % + ) g # '1 6.E upsilonacute/ /0 6)/ 1 ; + ^ 4 upsilonaspertilde '-

    ; A% upsilonacute, i 2 1upsilonacute 9 , 6 upsilonlenis8 2 1 H% B. upsilonacute 1 C 3' 1 upsilongrave 2, upsilonacute 1upsilongrave D ;%, H% 1 upsilongrave K%-, Mupsilonacute 1 upsilongrave + 0 ) D,1 8 upsilonlenis8 E upsilonlenisupsilongrave G - 1 > B 6D, : upsilonlenis) upsilonasperacute >D 1 D S E upsilonacute-. ; T4 upsilontilde ) upsilonlenis+ ) 'B, # K% upsilontilde/0 a 8, 1 ) S+ + )# K% % 1 + 2+ # + M% . ; A% upsilonlenis upsilonacute, i 8 upsilonlenisupsilongrave # + + ) .1 8 G % % )> > UB VZ Q6, UB U q2 0 % 28. 1 /0 C6 0 4)- Q + + + upsilonacute-, upsilonlenis1 ) upsilongrave 0 E upsilonacute- #

    d

    80

    137. ?AI upsilontilde 395.138. 0O 0H L 5 / # * 5 F (395-

    4), J upsilonacute F L ) upsilonacute. J H5 # * # % 6 @ % #, % upsilonacute- F L Iupsilongrave / # upsilontilde #.

    20

    21

    22

  • , 6 % #5 F /0E % )# .

    23. 0O A , J H J @5 142 H5 F , ) W H5 J % #- R, F J L # B * #5, @*upsilontilde143. Aupsilontilde , ` ## @ / , upsilongrave H5 5 . I @ % 6 # /)/ * @upsilontilde @ , % upsilongrave *I * 5#. I % upsilongrave 3 *@upsilontilde 6# J * upsilontilde ) W J .

    24. O upsilonasper @ / . AJ H * @5 @ J # 5 upsilonasper56 % S @upsilonacute- upsilongrave upsilontilde #144, S @#- . O CE 6 upsilonlenisupsilongrave upsilonacute% . T 145, J L, @ . 0O A @I SF upsilonacuteupsilonacute J, @5upsilongrave% 146. % * #, * )3 #147. % % )3 ) A F 0E#.

    25. T upsilongrave F 56 B #5 upsilonlenis, ) Tupsilonasper % #. upsilonlenis upsilontilde 148

    J upsilongrave . CO % upsilonlenis ) upsilongrave / /,@ @upsilontilde upsilonasperupsilonacute T *

    Vdd EHNIKA BIBION

    83

    145. % L upsilonlenis.146. K% upsilongrave , upsilongrave H5 * #

    upsilongrave .147. T # 4upsilontilde RI 5# 5.

    P upsilongrave upsilonlenis0 . #) A%, 8 upsilongrave 2. 2 upsilonlenistilde - E Q , G% 1 -' 0 2 '. 3 ; A%- D : 8 % upsilonlenisacute % +S), upsilonlenis/0 upsilonlenis % 0 ,+ G 6 , # upsilonacute. 4- upsilonlenistilde 4 upsilonlenisupsilongrave - 1 upsilongrave - 2, 0 ;0 > 4 W 8 ;) upsilonlenis8, 8 8 Q)/ upsilonasper48. 1 8 2upsilontilde, E upsilonasperupsilontilde 1 + upsilontilde upsilonacute?. upsilongrave 2 ' 2 = 1 R > > B, , 1 2 upsilonlenis0upsilonlenisupsilongrave /0 /0 3, 2 C 34. 2 IE upsilontilde 2upsilontilde 1 + )upsilonlenis0. 1 2 %, i #), # P= ; A% upsilonacute/ 1 4% 1 upsilonacute. 1 C > 6- 4, d upsilonaspertilde g ? , 12 ) 4, d A% #

    E .

    IO upsilonasperacute G 6 , T4 36 \= i U&0 2 ) upsilonasper

    d

    82

    142. Aupsilonlenis upsilonasper, J W, K.143. E* * upsilontilde * ) @5.144. upsilongrave upsilongrave @56 .

    23

    24

    25

  • #, ) upsilonasper , F Tupsilonacute149 % #150. M* upsilonlenis ) Tupsilonacute- F A, )3 upsilontilde H:A, ) W / / upsilongrave @ Iupsilonacute @, J upsilontilde SI.0O upsilongrave 3 * @- , A * Hupsilonlenis, * 6 upsilonlenis.

    26. E ) A upsilontilde # J 3 *# upsilonlenis* 5% # / 5 , A* , @ ) Tupsilonacute, R J - 6 , 56 upsilontilde #-151, upsilontilde % @ F5 @5. Eupsilonacute~ 6, # ) A, 5 J# @3, upsilonlenis#5 * -3 . 0O Tupsilonacute upsilontilde F ##. 0O A * @ % @# @ upsilontilde #.

    27. CO upsilonasper upsilonlenis #, upsilongrave H Kupsilonacute152, F5 upsilongrave S5 * # ) W % upsilontilde 153, )3 * 5 J * F , % * upsilonacute5 J upsilonlenis ^. E F upsilonlenis : E* W upsilontilde -5 % % , ) * L upsilongrave45 % B % / upsilonacute * L * 5. K% * L @ 45, % *F5 * , J @# #.

    28. CO F upsilonlenis* ) A, 5 % / % % # * - J ^ B # 154. # @-

    Vdd EHNIKA BIBION

    85

    152. A4 #, * 6.153. * 6 * 6 W B upsilontilde

    upsilontilde % upsilontilde .

    upsilonlenisupsilontilde. upsilongrave 1 upsilonlenis+ ; 0 upsilongrave T-4 9 Q upsilontilde 0 4 > ?upsilontilde,Tupsilonacute upsilonlenisupsilontilde 4.upsilontilde ; Tupsilonacute + + A%- = l A%, ; 9 0 1 upsilonasper8 1 G8 36 %= upsilongrave '8 8 9, > UB A%V )upsilonlenis) upsilonlenisacute + 68 + upsilonlenis/0 4-. upsilontilde A : upsilonlenis o - upsilontilde C 0 9 0, upsilongrave , j o upsilonacuteU> > B ), 6D, 34, # -S, 1 Y + + 6+ D. IEC %, 34 ; A%, 8 upsilonacute, % UB VZ > . %/ ; Tupsilonacute% = ; Y U^ 1 -S %. a upsilonlenis/0 /0 %/ /0 upsilonasperKupsilonacute 36 + 0 9 0 C6 1 upsilontilde -upsilontilde : D 1 upsilonacute6: upsilonlenis+ upsilonacute. upsilontilde % 2 )- /0 /0, E # ; upsilonlenis+ 4 C6, ) S+ upsilongrave o #6) Q, upsilonlenisacute B#6upsilonacute 4, ) ), 4 upsilontildeSupsilontilde 3 .

    d

    84

    148. K ) # % B upsilontilde Kupsilonacute upsilonacute, B ) H5 * upsilontilde upsilontilde T-.

    149. yH ` #5 upsilontilde T.150. 0O (XIV, 80) | J ) A3 @# % K

    T * upsilonacute. E3 % Tupsilonacute. Aupsilonlenis # % F # #.

    151. Aupsilonlenis 6 upsilontilde K# / /, upsilontilde @5* Iupsilonacute #.

    26

    27

  • W upsilonacute , % )3 % upsilonasper5 % 4/, * upsilonlenis5- A.

    29. T , , 6upsilonacute5, ) )3 L I % , J upsilontildeF B 3 * * * # . 0O - 56 * * 5 * #, @/ )A @Iupsilontilde .

    Vdd EHNIKA BIBION

    87

    154. 0H 45upsilontilde L * upsilongrave -, % ) K * 5 H5 , )3 396 @5 P upsilongrave .

    upsilonacute upsilontilde ; A%, 0 8 ) 8 8 1 8 % 8 ;) ? upsilonacute 0 ).1 %, ' N u ) % 12 #0 upsilontilde 6%S ), # 91 ?). % + B + 4+upsilonacute6 , 4) 1 6, ) upsilontilde S E 8. 1% Y > > 3= ; A-%, i i, 1 % upsilonacute.

    d

    86

    28

    29

  • K E A A I O N E

    0O Tupsilonacute 0E# P T#

    S 5 * * @I upsilongrave CE * / -

    . M upsilongrave @I 6 % B A. #5

    0A# 6 ) upsilonacute % ) 53

    % 4 # (395 .X.).

    1. A ) Tupsilonacute, upsilonacute J ) A -upsilontilde upsilonacute upsilontilde J @ * @ A, * upsilonlenis F# @ * # , ^I / * #. ?E 0E# T-#155 P, upsilontilde upsilontilde F 5| I # % upsilontilde * * 6upsilongrave 5upsilongrave / , upsilonasper J J * upsilonacuteI @ / . E3, J F 0E#, A, I % I, K T% #, ?A Kupsilonacute % upsilongrave \upsilonacute.

    2. O A3 @ upsilonlenis* * 5. *upsilontilde J L * # , J upsilonlenis% * H B 0E#156.T J @ 5 S5 * # upsilongrave -

    Vdd EHNIKA BIBION

    89

    156. T B upsilongrave H5 * , | upsilongrave @upsilonacute * 5upsilontilde A-3.

    K E A A I O N V

    O Tupsilonacute, 8 0 + A%- 4upsilontilde 0 1upsilonlenisUB upsilonacute B A%, >Z % 36 2 ,0 % 6/0 8 , +T+ P) # E, upsilongrave 6% # %, 1 upsilonacute Z > > - ) 8 ) 8 )- 4 /N ) '% + %.8 Y % A%V 1 I%V 1 'D/, K%/ T/ 1 , {A Kupsilonacute% 1 8 upsilonlenisupsilontilde. A8 1 upsilonlenis ) upsilonacute upsilontilde6% : ) - # + ), %S- upsilonlenis0 C6. 2 ' > 6-

    d

    88

    155. 0H P H5 5 / , upsilonlenis % ) T# * @upsilonacute5 5 upsilontilde Tupsilonacute.

    1

    2

  • upsilongrave 3 . CO @I 3 @ , 5 % % upsilonacute- 157.

    3. O % 5% / / J - * ^ * # % upsilongrave #5 , @* F # 5 upsilontilde -, F upsilongrave O upsilongrave158 * * 5, ) upsilontilde upsilonlenis% % 3. E S J F R -I * 4 3 . K% #- upsilonacute. % 3 4 % I upsilongrave @3 upsilongraveupsilongrave @.

    4. T upsilontilde A F upsilongrave I * upsilongrave upsilonacute, @-5 J upsilonlenis% H5 4# 5, * * 56 upsilongrave L ) %upsilonacute5, . A J 3 4- % upsilonlenis% % @upsilontilde, 3 F % H5 * upsilongrave @I/ J S5 upsilonlenis% , * @# @ / / upsilonasper@ upsilonacute~.

    5. EI S 5* I upsilonlenis- * @upsilonacute @ / , % -upsilontilde H5 @I @ l upsilongraveH5 upsilonlenis% @% # / upsilonacute, upsilongrave A * 159 % % * upsilongrave |. Kupsilontilde

    Vdd EHNIKA BIBION

    91

    159. @5 upsilontilde upsilontilde (413404) * upsilonacute5(upsilonacute. 27) 3 * upsilonacute5 / H5 I * A # / upsilonacute.

    # > #% ) upsilongrave %-= 1 upsilonacute # 8 upsilonlenis0 , %- 1 > % ) + .

    D 2 8 0 : # C' , upsilonlenis 2 )upsilonacute > > + upsilongrave 6, %upsilongrave upsilongrave O% B 4%6D upsilontilde% 1 ?8 6 , %S- upsilongrave upsilonacute 8 # %. 1 upsilonlenis upsilonacute, upsilonlenisupsilongrave 2 8) # % 6 3-. 2 upsilonlenistilde 1 + A% 6upsilongrave 3 upsilongrave% 8 8 8, E upsilonlenis # 4-, # ; 4% 1 upsilonacute-6 Q % ) upsilonlenis0. 1 28 ) # % U 6D, upsilonlenisupsilongrave 2 8 # %- 1 &'% 8 upsilonasper8, E upsilonlenis^' , ) - 1 upsilongraveupsilonacute. 2 ) C 3 )-4 upsilonacute 1 upsilongrave %, sS)upsilonlenis8 B B upsilontilde A) %V 1 upsilontilde 1 + Z B

    d

    90

    157. T 0E# L B A % B . CO J5 L * @Iupsilontilde * / , )3 @ * % * % upsilongrave #5 .

    158. O % upsilontilde J upsilontilde % u# E% % J upsilontilde Eupsilonlenis, upsilongrave u# Oupsilonacute.

    3

    4

    5

  • upsilonlenisupsilongrave J F % upsilongrave K * @upsilonacute . H5 I5# @% J A * # Aupsilonlenis % J H5 #I* * # upsilongrave H5 #160 , ,J @I# % A A. E-, @, J L upsilonlenisupsilongrave * ` upsilonlenis *@upsilonacute @ % * - * . % upsilonasper @- * A, J ) A L , *% 0E# S upsilongrave L @-.

    6. E H5 upsilonlenis % F- @I % F upsilonacute * 0A161 @% % upsilonlenis/ / , / O4162, / 0H/163,/ M164 % / A4#165. E3 F * ` B % ) , ) )3 @- * H @% upsilontilde upsilontilde F5 upsilongrave - % upsilongrave S . EI S ) upsilonacute- % % S @I % @% upsilongrave O5166 upsilongrave .

    7.A ) , upsilontilde * FI upsilontilde upsilontilde , @# T, J F upsilongrave 5upsilongrave upsilontilde upsilontilde / #5 % % upsilongrave / / / .CO F upsilongrave J - * 4# 56 , F A, )3 H upsilonlenis* :

    Vdd EHNIKA BIBION

    93

    164. K# M, 5 upsilontilde Mupsilontilde .165. Kupsilontilde Iupsilongrave OW % ?O, * M.166. K# upsilontilde O5upsilontilde, B, * X6-

    .167. upsilontilde upsilontilde.

    B. U&0 upsilonlenisupsilongrave 1 K% 8 upsilonacute. 1 E upsilonacute Aupsilonlenis% + A% upsilonlenis 9 1 > 2> E3 + upsilontilde upsilontilde 1 : upsilonlenis # A% A-/ . %S 1 + +Q upsilontilde ' > upsilonlenisupsilongrave 1 upsilontilde B #upsilonlenisupsilongrave upsilonasperacute= > UB A%V 0 4% 36,upsilontilde A, 1 UB E upsilonlenis C) Y 4% Q. upsilonasperacute upsilonacuteB ) 0 % 4> 2 3434, upsilonacute ' # 1 - upsilonlenisupsilonacute upsilongrave C 8 1O#% 1 HD 1 MZ 1 A#Z #

    A%. 8 1 %, : 3G8, % # } G, 36% 1 upsilongrave C %.1 ; upsilonacute C > ) 31 O6% %. ; -%, 1 > upsilonlenis/0, S) TV upsilonacute 'upsilongrave 1 upsilongrave 0% D . % B8 % : 8 2 )# 6D upsilonlenis0, 3 AS - .

    d

    92

    160. B. (. IV.4)161. B * K.162. K# 5 OW.163. K# 0H, T5 M .

    6

    7

  • 8. A3, * # upsilongrave F5 @ , %#5 @ # @ * upsilontilde 167, H . % * # upsilonlenis* B * R S168, upsilongrave F5 * upsilonasper Iupsilongrave / #5. Tupsilonlenis, J | # * * upsilontilde /, )- B #169 * upsilonlenis @. E H u@ @I 4 , upsilontilde * F3 6 .

    9. A* F5 I, 3 upsilongrave ( \-5%) * @ / -. , upsilontilde upsilonlenis% | @ \5 % upsilontilde# 3 / / @ %upsilontilde L # * * | #5, | upsilongrave upsilonacute. C J @I-| upsilonlenisupsilongrave * | , upsilonlenis5/ J | F- upsilonlenis% @/ 170.

    10. ?A , A3, J J * *I# # @I, ) S 5.CO * * @upsilonacute5 upsilonlenis S 3* # @3, upsilontilde * upsilongrave upsilonlenisupsilonacute; M | , % upsilonlenis% F5 upsilonasper @I upsilongrave upsilonacute, upsilonlenis upsilonlenis * | @upsilonacute. J % 3, J @I# upsilonacute, W5 %# upsilongrave @5upsilonacute. A R J H5 upsilongrave *upsilonacute, , F F5, upsilongrave F- @ . CO J @ @% , @ * # 4- .

    Vdd EHNIKA BIBION

    95

    l C A8, d 4 G8 E 4- 6> 1 upsilonasper0 UB upsilonacute upsilontilde ,upsilonlenis s0 4= upsilonlenis > G ) 8 4%, ( Q, h 36 ) 8 6 -. : GZ 2 ) 1 +Z, ) R G ) 4% -upsilonacute upsilonlenis8. upsilonasperZ upsilonlenistilde upsilonlenis6 W sS G80 %, % Q %S 8upsilonasperZ UB ) G0. upsilongrave 3 Z 'upsilontilde, :0 C , upsilonacute 1 upsilongrave %- #. 8 > upsilonasperZ # s-6% 1 # 36 /0 / 4) UB E upsilonasper8 upsilonacute6 upsilonasperZ /0 . i + % Q D, ; B upsilonasper1 upsilonasperZ3. 1 : , t C A8, upsilonacute o6 y ) 8 -= upsilontilde 0 Z #+ g # upsilonlenis1 8upsilonasper % 8; : 0C6, 4B, > upsilongrave Z > upsilontilde -8, upsilonacute : 1 upsilonasper8 : % ^6,) % 6upsilongrave . j upsilonlenisQ6 : 8, 3 + upsilonasperZ 36=1 ) , ) 34 (1 upsilonasper0 %.

    d

    94

    168. K* upsilonacute5 (. 5) ) E, upsilongrave * -upsilontilde A.

    169. B B. IV30170. O % @5 @, upsilonlenis # )

    upsilonacute @ 5 .

    8

    9

    10

  • 11. #, @* 5 J @3 % 3 - @ , * I * J * -upsilontilde , upsilongrave upsilongrave upsilontilde. CO , * # , # * . % upsilonlenisupsilonacute; M A3 H# @5 ;

    12. O H3 6 upsilongrave @5upsilonacute, % upsilongrave % 56 % .T * 4upsilontilde * upsilongrave K, upsilongrave A# %upsilongrave A5upsilonacute, )3 upsilonasperacute @ , * upsilontilde 171 upsilongrave I @, F J upsilongrave , upsilongrave upsilonacute % %#; CO J @5 , * @I, i H * upsilonacute upsilongraveupsilongrave F; A* upsilongrave k172 F5 I * - a, , J @, /#5 , )3 upsilonacute5 L @upsilonacute.

    13. A* % J # | H J% upsilonlenisupsilongrave F5 @I. % % @ upsilongrave@ , J % a% upsilongrave -upsilontilde * % S, upsilongrave )) upsilonacute @ # . A % W A173, upsilongrave upsilongrave upsilongrave @ * |, J * upsilontilde @,@* upsilongrave H5 ;

    Vdd EHNIKA BIBION

    97

    % upsilonlenis \ * B .174. O B% upsilonasperI 3 upsilonacute5 / . A

    % % upsilontilde @ upsilongrave A, J upsilonlenis% H5 #5 % E .

    175. % upsilonlenis% @upsilontilde * * upsilontilde % / , @/ A3 * @upsilonacute5 B 0E#.

    1 upsilontilde , o 41 D G8 1 upsilonasper8 -upsilontilde % 8 %, upsilonlenistilde 9, 4- 1 2 upsilontilde upsilonlenisupsilonacute. E B -, > %, upsilonlenis% D. % > ^% upsilonlenis8 upsilonlenis; upsilonlenis A8 % 8 upsilonlenis8 upsilonasper6; H8% upsilontilde - 1 6D B 1 ) 61 upsilonlenis8 -. K% 1 A 1 A6upsilongrave %40, /0 + upsilonasperZ / upsilonacute- upsilonasper % 1 ) 1 upsilonacute 1 0 86, 1 3' d upsilonacute 2), % g 6B g B g % 6D upsilonlenis8; > upsilongrave u P>'upsilontilde , 0 6 a,1 upsilonlenisupsilonacute6, ) 4. > 1upsilonasperacute upsilonasper0 4% # ')= 1> % B upsilonlenis8 % 6=upsilonasper) > 0 P0 upsilontilde 1 upsilonasper+ 0, upsilonasperacute upsilonacute ?U ). : B A% upsilongrave 1 > upsilonlenis8 -) # + upsilonasper0 B upsilontilde % 4 6 ^# upsilonasper0 upsilonlenisupsilonacute;

    d

    96

    171. E3 .172. Tupsilontilde H | upsilonasper i # upsilongrave upsilontilde.173. K ) Kupsilontilde @ upsilongrave @ / A-

    11

    12

    13

  • 14. / H , @* 3 @% % # upsilonlenis/ upsilongrave * upsilontilde, * upsilongrave upsilonacute, J 5 6 upsilonasperI #-; , J ^ B upsilonacute, ^ *B * #. 3 * B J , % | % upsilongrave - % upsilongrave upsilongrave upsilonasper % upsilonlenis W , upsilongrave F5 * # upsilonacute. B upsilonasper-I upsilonlenisupsilongrave upsilonacute upsilonacute5174, J I. CO6 3 * W J * upsilonacute , J upsilongrave - . % 6 * * 5#/ i i * I, , * * * upsilongrave W upsilongrave upsilonacute , upsilongrave Wupsilonacute .

    15. K% upsilontilde * , J B I/ * upsilontilde upsilongrave 3 * upsilonlenis6 * # B, upsilongraveW5 S 3. % 3 W5 , )3 @-upsilonacute 6, upsilongrave H5 , @/ upsilonlenis, H , F5 * @I# upsilongrave - upsilonlenisupsilongrave % @ * `. Aupsilonlenis* | @3. E upsilonacute * H J * * upsilongrave | upsilontilde F5 * u- 3 * @3175.

    16. Aupsilonlenis upsilonlenis* upsilontilde H, @#, # % upsilongrave A ` upsilonasperI * J H% J ) @ * upsilongrave .EI S ) upsilonacute 4 # -

    Vdd EHNIKA BIBION

    99

    178. T F 0# % 3, % @ @3.179. Eupsilonacute | # J ) V/ I* #

    0 upsilonlenistilde upsilonlenis #), > upsilonasper8 upsilonlenistilde B 0 upsilonasperacute40 , upsilontilde upsilonasperZ upsilongrave ^ %0 D ; : > ^6, 0 > ) G8= upsilontilde 1 G01 % 1 N ) ^6 1 upsilonlenisupsilontilde upsilontilde % upsilonacute 36 G) o. % - upsilontilde C' 1 % upsilonacute-6, E upsilonasper8 %= upsilontilde #+ /0 1 - upsilonasper8 68 GZ g ) %=upsilonle


ΜΠΙΤΣΑΚΗΣ- Η ΔΥΝΑΜΙΚΗ ΤΟΥ ΕΛΑΧΙΣΤΟΥ (ΤΟΜΟΣ Β)

ΜΠΙΤΣΑΚΗΣ- Η ΔΥΝΑΜΙΚΗ ΤΟΥ ΕΛΑΧΙΣΤΟΥ (ΤΟΜΟΣ Β)

2Β. ΔΙΑΔΡΟΜΗ ΕΝΟΣ ΑΙΩΝΑ 1900-2000, ΤΟΜΟΣ 2, ΠΑΡΑΡΤΗΜΑ Β΄

2Β. ΔΙΑΔΡΟΜΗ ΕΝΟΣ ΑΙΩΝΑ 1900-2000, ΤΟΜΟΣ 2, ΠΑΡΑΡΤΗΜΑ Β΄

ΑΓΓΛΙΚΑ ΓΙΑ ΟΛΟΥΣ ΤΟΜΟΣ Β

ΑΓΓΛΙΚΑ ΓΙΑ ΟΛΟΥΣ ΤΟΜΟΣ Β

ΙΣΤΟΡΙΑ ΤΗΣ ΕΛΛΗΝΙΚΗΣ ΕΠΑΝΑΣΤΑΣΕΩΣ, ΤΟΜΟΣ Β

ΙΣΤΟΡΙΑ ΤΗΣ ΕΛΛΗΝΙΚΗΣ ΕΠΑΝΑΣΤΑΣΕΩΣ, ΤΟΜΟΣ Β

ΗΛΕΚΤΡΟΤΕΧΝΙΑ ΤΟΜΟΣ Β

ΗΛΕΚΤΡΟΤΕΧΝΙΑ ΤΟΜΟΣ Β

ελληνικα μουσεια

ελληνικα μουσεια

ΑΡΑΤΕ ΠΥΛΑΣ-ΕΕΦΣΠΑ-ΠΕΡΙΟΔΟΣ Β-1977-78-ΤΟΜΟΣ ΚΣΤ.pdf

ΑΡΑΤΕ ΠΥΛΑΣ-ΕΕΦΣΠΑ-ΠΕΡΙΟΔΟΣ Β-1977-78-ΤΟΜΟΣ ΚΣΤ.pdf

ΑΡΧΑΙΑ ΕΛΛΗΝΙΚΑ ΠΑΡΑΓΓΕΛΜΑΤΑ

ΑΡΧΑΙΑ ΕΛΛΗΝΙΚΑ ΠΑΡΑΓΓΕΛΜΑΤΑ

ΣΤΙΝΑΣ- ΑΝΑΜΝΗΣΕΙΣ (ΤΟΜΟΣ Β)

ΣΤΙΝΑΣ- ΑΝΑΜΝΗΣΕΙΣ (ΤΟΜΟΣ Β)

O Όμιλος ΕΛΛΗΝΙΚΑ ΚΑΛΩΔΙΑ με μια ματιά 1 1 ......ΕΛΛΗΝΙΚΑ ΚΑΛΩΔΙΑ Α.Ε. ΕΤΗΣΙΟΣ ΑΠΟΛΟΓΙΣΜΟΣ 2013 1O Όμιλος ΕΛΛΗΝΙΚΑ

O Όμιλος ΕΛΛΗΝΙΚΑ ΚΑΛΩΔΙΑ με μια ματιά 1 1 ......ΕΛΛΗΝΙΚΑ ΚΑΛΩΔΙΑ Α.Ε. ΕΤΗΣΙΟΣ ΑΠΟΛΟΓΙΣΜΟΣ 2013 1O Όμιλος ΕΛΛΗΝΙΚΑ

Β' ΤΟΜΟΣ ΜΙΚΡΑΣ ΟΛΕΘΡΟΣ

Β' ΤΟΜΟΣ ΜΙΚΡΑΣ ΟΛΕΘΡΟΣ

ΑΠΑΝΤΑ ΒΑΣΙΛΕΙΟΥ Κ.ΝΙΚΟΛΑΙΔΟΥ,ΤΟΜΟΣ Β΄-ΑΝΑΣΤΑΣΙΜΑΤΑΡΙΟΝ ΤΟΥ ΟΡΘΡΟΥ,ΤΑ ΕΝΔΕΚΑ ΕΩΘΙΝΑ

ΑΠΑΝΤΑ ΒΑΣΙΛΕΙΟΥ Κ.ΝΙΚΟΛΑΙΔΟΥ,ΤΟΜΟΣ Β΄-ΑΝΑΣΤΑΣΙΜΑΤΑΡΙΟΝ ΤΟΥ ΟΡΘΡΟΥ,ΤΑ ΕΝΔΕΚΑ ΕΩΘΙΝΑ

ΜΕΘΟΔΟΣ ΠΕΠΑ....ΕΛΛΗΝΙΚΑ

ΜΕΘΟΔΟΣ ΠΕΠΑ....ΕΛΛΗΝΙΚΑ

ΔΟΞΑΣΤΑΡΙΟ ΙΑΚΩΒΟΥ Β΄ΤΟΜΟΣ 1888

ΔΟΞΑΣΤΑΡΙΟ ΙΑΚΩΒΟΥ Β΄ΤΟΜΟΣ 1888

ΑΔΟΛΦΟΣ ΧΙΤΛΕΡ - Ο ΑΓΩΝ ΜΟΥ ΤΟΜΟΣ Β'.pdf

ΑΔΟΛΦΟΣ ΧΙΤΛΕΡ - Ο ΑΓΩΝ ΜΟΥ ΤΟΜΟΣ Β'.pdf

Β΄ ΤΟΜΟΣ KEF 2

Β΄ ΤΟΜΟΣ KEF 2

ΜΕΣΑΙΩΝΙΚΑ - hocp...ΜΕΣΑΙΩΝΙΚΑ ΚΑΙ ΝΕΑ ΕΛΛΗΝΙΚΑ ΤΟΜΟΣ ΔΩΔΕΚΑΤΟΣ ΑΘΗΝΑ 2016

ΜΕΣΑΙΩΝΙΚΑ - hocp...ΜΕΣΑΙΩΝΙΚΑ ΚΑΙ ΝΕΑ ΕΛΛΗΝΙΚΑ ΤΟΜΟΣ ΔΩΔΕΚΑΤΟΣ ΑΘΗΝΑ 2016

ΕΛΛΑΔΟΣ ΣΗΜΑ-ΣΗΜΑΙΑ-ΕΕΦΣΠΑ-ΠΕΡΙΟΔΟΣ Β-1996-97-ΤΟΜΟΣ ΛΑ.pdf

ΕΛΛΑΔΟΣ ΣΗΜΑ-ΣΗΜΑΙΑ-ΕΕΦΣΠΑ-ΠΕΡΙΟΔΟΣ Β-1996-97-ΤΟΜΟΣ ΛΑ.pdf

ελληνικα πανεπιστημια

ελληνικα πανεπιστημια

ΠΕΡΙΛΗΨΕΙΣ Α-Β-Γ ΤΟΜΟΣ ΕΛΠ 11

ΠΕΡΙΛΗΨΕΙΣ Α-Β-Γ ΤΟΜΟΣ ΕΛΠ 11