T A L L I N N A   T U R N I I R I B R I D Ž I   K L U B I B O A R D   N R . 1 1 AJ97         B O A R D   N R . 2 2 J6         B O A R D   N R . 3 3 J732        
X   O L E V   M Ä G I   M E M O R I A A L   2 0 1 3 P-NS N S R-NS CNT P TR R-EW E W P-EW D: N         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E AKT72         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S KT2         OPT. RES FOR NS
G E N E R E E R I T U D   :   1 4 . 0 4 . 2 0 1 3   1 6 : 5 4 : 3 2 8,0 1 5 520 3Nt N +4   6 16 2,0 --- KQJ63         10,0 1 6 650 4 N +1   16 5 0,0 N-S T8         2,0 1 16   1Nt S -1 50 5 6 8,0 E-W Q63        
RESULTS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATIONS PROGRAM 0,0 2 13 460 3Nt N +2   18 22 10,0   K952         +1520 7,0 2 18 620 4 N =   22 13 3,0   A972         +650 2,0 2 22   3Nt S -1 50 13 18 8,0   JT4         +400
 1. 70,83% 19 Jaak Simm Tallinn 4,0 20 11 490 3Nt S +3   15 19 6,0 654     Q32 2,0 20 15 500 5x W -3   19 11 8,0 T82     K975 2,0 20 19   1Nt S -1 50 11 15 8,0 954     Q86
 2. 62,50% 4 Inga Roosaar Tallinn 10,0 4 23 1020 6Nt N +1   14 17 0,0 KQ753     JT4   N S E W 7,0 4 14 620 4 N =   17 23 3,0 Q43     6   N S E W 8,0 4 17 140 2 S +1   23 14 2,0 Q7     A963   N S E W
 3. 58,33% 14 Mart Ostra Tallinn 4,0 24 8 490 3Nt S +3   21 7 6,0 842     T95 12 12 1 1 4,0 24 7 600 3Nt N =   21 8 6,0 K97432     AQ5 9 9 4 4 6,0 24 21 90 1Nt S =   8 7 4,0 J95     K82 7 7 6 6
 4. 57,50% 12 Jaak Aava Lasnamäe 4,0 9 3 490 3Nt S +3   10 12 6,0 T6     Q874 13 13 0 0 0,0 9 10   5 N -1 100 12 3 10,0 3     JT854 5 5 7 7 10,0 9 12 150 1Nt S +2   3 10 0,0 Q8762     K95 9 9 4 4
 5. 55,00% 11 Peeter Lüdig Tallinn         KT8         9 9 4 4         AQ43         11 11 1 1         AKT         9 9 4 4
 6. 54,58% 13 Eha Kork Rakvere   A9862   13 13 0 0   J985   7 7 4 4   J854   9 9 4 4
 7. 52,92% 2 Anne Kirsimäe TSBK   A7   NT 13 13 0 0   J6   NT 7 7 3 3   AT74   NT 9 9 4 4
 8. 52,92% 21 Toivo Hallika TSBK         AJ3                 KQ6                 A3        
 9. 52,50% 7 Aleksander Ostapenko Tallinn B O A R D   N R . 4 4 T9         B O A R D   N R . 5 5 T42         B O A R D   N R . 6 6 AT754        
10. 52,08% 3 Enn Maalder Tallinn P-NS N S R-NS CNT P TR R-EW E W P-EW D: W 973         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N J86         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E KT73         OPT. RES FOR NS
11. 51,67% 18 Jüri Teras Tallinn 10,0 2 6 200 3Nt E -2   7 17 0,0 ALL AK9642         6,0 2 7   4♠ W +1 450 17 6 4,0 N-S J952         10,0 2 17 590 4♠x S =   6 7 0,0 E-W 82        
12. 50,00% 6 Jaak Lõhmus Tallinn 8,0 3 14 130 3♣ S +1   19 22 2,0   JT         +130 6,0 3 19   4♠ E +1 450 22 14 4,0   973         -980 3,0 3 22   5♠x S -1 100 14 19 7,0   65         +420
13. 49,17% 8 Enno Kuld Tallinn 5,0 21 12 100 4♠ W -1   16 20 5,0 AQ8543     KJ62 0,0 21 16   4♠ W +2 480 20 12 10,0 98763     AKJ5 7,0 21 20 100 5♣ E -1   12 16 3,0 J     Q
14. 48,75% 23 Aivo Maiberg TTTV 1,0 5 23   3♠ W = 140 8 18 9,0 AJ     6542   N S E W 6,0 5 8   4♠ W +1 450 18 23 4,0 KQ74     952   N S E W 0,0 5 18   6♠x S -2 300 23 8 10,0 Q94     J862   N S E W
15. 47,92% 15 Elvi Taniel Tallinn 5,0 24 9 100 4♠ W -1   15 1 5,0 853     JT 10 10 3 3 6,0 24 15   4♠ W +1 450 1 9 4,0 Q6     AKT8 6 6 7 7 7,0 24 1 100 5♣ W -1   9 15 3,0 QT96     AK4 2 2 9 9
16. 47,50% 20 Reet Hiibus Tallinn 1,0 10 4   3♠ W = 140 11 13 9,0 98     KQ5 10 10 3 3 6,0 10 11   4♠ W +1 450 13 4 4,0 65     A4 1 1 10 10 3,0 10 13   5♠x S -1 100 4 11 7,0 AK984     QJT73 4 4 9 9
17. 46,25% 24 Siiri Uuring Tallinn         7         8 8 3 3         Q         1 1 12 12         K98632         5 5 7 7
18. 45,42% 9 Rein Toonekurg Rakvere   KQT8   4 4 9 9   AT3   1 1 12 12   A5   10 10 3 3
19. 44,58% 16 Tahvana Ivarinen TSBK   Q7   NT 6 6 6 6   743   NT 1 1 10 10   J753   NT 4 4 5 5
20. 42,92% 22 Kalle Pedak Tallinn         A76432                 KQJT82                 2        
21. 42,08% 1 Toomas Kork Rakvere B O A R D   N R . 7 7 A54         B O A R D   N R . 8 8 KT         B O A R D   N R . 9 9 Q3        
22. 41,67% 17 Are Saarne Keila P-NS N S R-NS CNT P TR R-EW E W P-EW D: S JT7542         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W T864         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N AKT         OPT. RES FOR NS
23. 36,67% 10 Valev Parker Märjamaa 3,0 3 7   5 E = 600 1 18 7,0 ALL 7         4,0 3 1   3♠ W +2 200 18 7 6,0 --- AT62         0,0 3 18   4x S -2 300 7 1 10,0 E-W 87652        
24. 36,25% 5 Helgi Vakkur Tallinn 8,0 4 8 100 6♣ E -1   20 22 2,0   T76         -600 8,0 4 20   3♣ W +1 130 22 8 2,0   K83         -140 7,0 4 22   4 S -1 50 8 20 3,0   QJ5         -100
8,0 15 13 100 3Nt E -1   17 21 2,0 KJ732     9 0,0 15 17   4♠ W = 420 21 13 10,0 J8432     AQ7 7,0 15 21   3 N -1 50 13 17 3,0 A9765     KJ84
8,0 6 23 100 6♣ E -1   9 19 2,0 3     A9   N S E W 2,0 6 9   5x S -2 300 19 23 8,0 AQJ     32   N S E W 10,0 6 19 100 3♠ W -1   23 9 0,0 9     Q872   N S E W
K L I K I   T U L E M U S I   ! ! ! 0,0 24 10   3Nt E +1 630 16 2 10,0 T43     AKJ952 2 2 11 11 6,0 24 16   3♠ W = 140 2 10 4,0 J     Q83 3 3 10 10 2,0 24 2   1 E +1 110 10 16 8,0 94     QJ3 5 5 7 6
3,0 11 5   5 E = 600 12 14 7,0 AJ54     KQ93 2 2 11 11 10,0 11 12   3 S -1 50 14 5 0,0 T974     QJ652 7 7 5 5 4,0 11 14   2Nt S -2 100 5 12 6,0 AT932     64 9 9 4 4
        QT86         7 7 5 5         965         8 8 5 5         T2         9 9 4 4
  KQ86   4 4 9 9   K975   3 3 9 9   J6543   4 4 9 9
  Q86   NT 3 3 7 7   K9754   NT 5 5 6 6   AKT   NT 7 7 6 6
vt. 2 0 1 2         82                 A                 K87        
B O A R D   N R . 1 0 10 K87         B O A R D   N R . 1 1 11 AK84         B O A R D   N R . 1 2 12 K2        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E QT863         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S QJ96         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W JT987         OPT. RES FOR NS
0,0 4 1   3♣ N -3 300 2 19 10,0 ALL 2         4,0 4 2 420 4 S =   19 1 6,0 --- 643         8,0 4 19 630 3Nt S +1   1 2 2,0 N-S K6        
6,0 5 9 100 2♠ W -1   21 22 4,0   KQ84         +110 4,0 5 21 420 4 S =   22 9 6,0   AK         +450 1,0 5 22   3Nt S -2 200 9 21 9,0   AT96         +130
F O T O D ! ! ! 10,0 16 14 140 2 N +1   18 15 0,0 9543     AQT 4,0 16 18 420 4♠ N =   15 14 6,0 Q53     T2 1,0 16 15   3Nt N -2 200 14 18 9,0 9753     T864
8,0 7 23 110 2 N =   10 20 2,0 K     J9542   N S E W 9,0 7 10 450 4 N +1   20 23 1,0 5     A72   N S E W 4,0 7 20 180 2Nt S +2   23 10 6,0 AQ42     K63   N S E W
3,0 24 11   2 N -1 100 17 3 7,0 KJT8     976 7 7 5 5 0,0 24 17   4♠ N -1 50 3 11 10,0 K87     QJ92 5 5 8 8 8,0 24 3 630 3Nt S +1   11 17 2,0 832     AQ4 10 10 3 3
3,0 12 6   2 N -1 100 13 8 7,0 A753     T2 6 6 6 6 9,0 12 13 450 4 N +1   8 6 1,0 QJ8752     T943 7 7 5 6 8,0 12 8 630 3Nt S +1   6 13 2,0 72     Q85 9 9 3 3
        J62         8 8 5 5         J976         11 11 2 2         AQJ         7 7 5 5
  A7   6 6 7 7   KT843   10 10 2 2   5   6 6 7 7
  AQ543   NT 7 7 6 6   AT5   NT 9 9 2 2   JT975   NT 8 8 5 5
        J96                 6                 KJ43        
B O A R D   N R . 1 3 13 QJ4         B O A R D   N R . 1 4 14 QJ85         B O A R D   N R . 1 5 15 K873        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N A63         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E 732         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S QJ643         OPT. RES FOR NS
7,0 5 2 600 3Nt S =   3 20 3,0 ALL K95         4,0 5 3 50 1 E -1   20 2 6,0 --- A6         3,0 5 20   6Nt W +1 1020 2 3 7,0 N-S 98        
7,0 6 10 600 3Nt S =   15 22 3,0   KJ87         +600 7,0 6 15 100 1Nt W -2   22 10 3,0   A962         +140 9,0 6 22   6Nt W = 990 10 15 1,0   86         -1520
7,0 17 8 600 3Nt N =   19 16 3,0 T832     A97 10,0 17 19 140 2♠ N +1   16 8 0,0 K96     A32 3,0 17 16   6Nt W +1 1020 8 19 7,0 J2     AQT
2,0 1 23 90 2 N =   11 21 8,0 T9752     84   N S E W 1,0 1 11   3 S -1 50 21 23 9,0 T4     KQ65   N S E W 3,0 1 21   6Nt W +1 1020 23 11 7,0 K7     AT52   N S E W
0,0 24 12   3Nt S -1 100 18 4 10,0 J2     A873 8 8 4 4 1,0 24 18   2Nt S -1 50 4 12 9,0 QJ982     T4 7 7 5 5 9,0 24 4   6Nt W = 990 12 18 1,0 KJ72     AQ6 0 0 13 13
7,0 13 7 600 3Nt S =   14 9 3,0 93     AQ42 9 7 4 4 7,0 13 14 100 1Nt W -2   9 7 3,0 843     QJT5 7 7 6 6 3,0 13 9   6Nt W +1 1020 7 14 7,0 AKT32     J95 0 0 13 13
        K65         6 6 6 6         T74         9 9 4 4         9654         2 2 11 11
  KQJ   7 6 5 5   AJ98   9 9 4 4   98   2 2 11 11
  QT64   NT 9 9 4 4   K753   NT 7 7 5 5   T543   NT 0 0 13 13
        T65                 K7                 Q74        
B O A R D   N R . 1 6 16 A76         B O A R D   N R . 1 7 17 2         B O A R D   N R . 1 8 18 J62        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W KJT8         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N JT4         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E J6         OPT. RES FOR NS
2,0 6 3   3♠x S -2 300 4 21 8,0 E-W T65         2,0 6 4   6Nt E +1 1020 21 3 8,0 --- T8642         3,0 6 21   2 E +1 140 3 4 7,0 N-S 864        
2,0 7 11   3♠x S -2 300 16 22 8,0   652         -500 7,0 7 16   6♠ E +1 1010 22 11 3,0   T943         -1520 3,0 7 22   3 E = 140 11 16 7,0   AKQT3         -140
10,0 18 9 200 3Nt W -2   20 17 0,0 KQ9     4 2,0 18 20   6Nt W +1 1020 17 9 8,0 AT986     KQ3 8,0 18 17 90 2♣ N =   9 20 2,0 KT73     AQ9
6,0 2 23   2♠ S -1 50 12 15 4,0 7643     AQ92   N S E W 2,0 2 12   6Nt W +1 1020 15 23 8,0 K72     A96   N S E W 10,0 2 15 100 4x E -1   23 12 0,0 873     A9542   N S E W
2,0 24 13   4♠x S -2 300 19 5 8,0 AJ8     7432 4 4 9 9 10,0 24 19   6♠ W = 980 5 13 0,0 A9     KQJ75 4 4 8 8 3,0 24 5   3 E = 140 13 19 7,0 JT73     AK2 7 7 6 6
8,0 14 1 100 3 E -1   8 10 2,0 KQ7     J983 4 4 9 9 7,0 14 8   6♠ E +1 1010 10 1 3,0 AJ6     Q8 1 1 12 12 3,0 14 10   3 E = 140 1 8 7,0 97     86 5 5 8 8
        JT8532         4 4 9 9         J754         2 2 11 10         854         4 4 9 9
  5   6 7 6 6   Q853   0 0 13 13   KQT   4 4 8 8
  KQ9   NT 4 4 9 9   3   NT 0 0 13 13   Q95   NT 6 6 7 7
        AT4                 K752                 J542        
B O A R D   N R . 1 9 19 96         B O A R D   N R . 2 0 20 9         B O A R D   N R . 2 1 21 AQ62        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S QT9432         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W J8654         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N JT93         OPT. RES FOR NS
10,0 7 4   5 W +2 640 5 15 0,0 E-W 6         3,0 7 5 100 1Nt E -1   15 4 7,0 ALL K876         6,0 7 15 50 3 E -1   4 5 4,0 N-S QT        
3,0 1 12   6Nt E +1 1470 17 22 7,0   K853         -2220 0,0 1 17   2Nt E +1 150 22 12 10,0   A97         +110 2,0 1 22   1Nt E = 90 12 17 8,0   K64         -90
8,0 19 10   6 W +1 1390 21 18 2,0 KJ     A875 8,0 19 21 200 3♠ W -2   18 10 2,0 T754     KJ82 10,0 19 18 100 4 E -2   10 21 0,0 KT875     J
3,0 3 23   6Nt E +1 1470 13 16 7,0 7     AK   N S E W 8,0 3 13 200 2 E -2   16 23 2,0 Q92     AK73   N S E W 6,0 3 16 50 2 E -1   23 13 4,0 Q     AK42   N S E W
3,0 24 14   6Nt E +1 1470 20 6 7,0 AKQ953     J4 0 0 13 13 8,0 24 20 200 1Nt E -2   6 14 2,0 A542     Q 8 8 5 5 0,0 24 6   2♠ W = 110 14 20 10,0 752     AJ643 4 4 8 8
3,0 8 2   6Nt E +1 1470 9 11 7,0 JT96     AQ742 0 0 13 12 3,0 8 9 100 2 E -1   11 2 7,0 52     QJ84 9 9 4 4 6,0 8 11 50 2Nt E -1   2 9 4,0 A732     T98 3 3 8 8
        QT432         6 6 7 7         AQ63         7 7 6 6         943         6 6 7 7
  J865   2 2 11 11   T   5 5 7 7   8765   5 5 7 7
  T872   NT 0 0 13 13   JT93   NT 7 7 5 5   K98   NT 6 6 7 7
                          KT63                 QJ5        
B O A R D   N R . 2 2 22 973         B O A R D   N R . 2 3 23 42         B O A R D   N R . 2 4 24 972        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E K852         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S K754         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W JT64         OPT. RES FOR NS
9,0 19 12 140 2♠ S +1   4 11 1,0 E-W T94         8,0 19 4 100 6Nt E -1   11 12 2,0 ALL 732         7,0 19 11 50 3♠ W -1   12 4 3,0 --- K76        
0,0 2 21   3 E +1 130 3 14 10,0   873         -500 1,0 2 3   6Nt E = 1440 14 21 9,0   9832         -1440 7,0 2 14 50 3♠ W -1   21 3 3,0   JT2         -140
9,0 13 7 140 3♠ S =   8 18 1,0 5     JT6 4,0 13 8   3Nt E +2 660 18 7 6,0 AK3     QJ8 7,0 13 18 50 3♠ W -1   7 8 3,0 QJ865     KT3
6,0 23 15 110 1♠ S +1   6 1 4,0 A963     T7   N S E W 8,0 23 6 100 6Nt E -1   1 15 2,0 J98     A632   N S E W 1,0 23 1   3♠ W = 140 15 6 9,0 K532     A8   N S E W
4,0 16 9   3♠ S -1 50 20 22 6,0 A753     KJ86 2 2 11 11 8,0 16 20 100 6Nt E -1   22 9 2,0 KQ64     AJ8 2 2 11 11 1,0 16 22   3♠ W = 140 9 20 9,0 85     QJT93 8 8 5 5
2,0 17 10   3♠ S -2 100 5 24 8,0 KJ94     AT62 2 2 11 11 1,0 17 5   6Nt E = 1440 24 10 9,0 AQT     K65 1 1 12 12 7,0 17 24 50 3♠ W -1   10 5 3,0 KQ     976 5 5 7 7
        AKQ842         5 5 8 8         T9765         2 2 11 11         A4         7 7 6 6
  QJ4   8 8 5 5   QT   2 2 11 11   Q97   4 4 9 9
  Q2   NT 4 4 7 7   T95   NT 1 1 12 12   A42   NT 6 6 6 6
        Q5                 J74                 A8543