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 KT5         B O A R D   N R . 2 2 K         B O A R D   N R . 3 3 KQ97643        
T Ü Ü V E   J U G A N D 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 T642         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E 54         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S A93         OPT. RES FOR NS
G E N E R E E R I T U D   :   2 9 . 0 3 . 2 0 1 3   2 0 : 5 2 : 4 1 2,0 1 5   2 S -1 50 6 16 8,0 --- K4         4,0 1 6   3♠ W = 140 16 5 6,0 N-S AK74         5,0 1 16   4♠ N -1 50 5 6 5,0 E-W T        
RESULTS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATIONS PROGRAM 5,0 2 13 50 2♣ W -1   18 22 5,0   T963         -90 6,0 2 18 100 3♠ W -2   22 13 4,0   AQJ864         +500 5,0 2 22   4♠ N -1 50 13 18 5,0   Q5         +420
 1. 67,50% 24 Vambola Kase Keila 9,0 20 11 100 3Nt E -2   15 19 1,0 96     QJ43 8,0 20 15 500 4♠x W -3   19 11 2,0 QJ9854     T762 0,0 20 19   6♠x N -2 300 11 15 10,0 AJ8     T52
 2. 63,33% 12 Jüri Aava Keila 5,0 4 23 50 3♣ W -1   14 17 5,0 AK85     J3   N S E W 2,0 4 14   5♣ N -2 200 17 23 8,0 AK     QT92   N S E W 8,0 4 17 140 3♠ N =   23 14 2,0 J8654     QT   N S E W
 3. 61,25% 14 Ines Piibeleht Tallinn 9,0 24 8 100 3Ntx W -1   21 7 1,0 Q9     J853 5 5 8 8 10,0 24 21 710 4♣x N =   7 8 0,0 962     Q83 10 10 2 3 10,0 24 7 420 4♠ N =   8 21 0,0 J82     9763 9 9 3 3
 4. 57,92% 20 Jaak Aava Lasnamäe 0,0 9 3   2♣ W = 90 10 12 10,0 AK752     Q84 7 7 6 6 0,0 9 10   5♣x N -2 500 12 3 10,0 K7     93 10 10 3 3 2,0 9 12   3Nt S -2 100 3 10 8,0 A2     JT86 9 9 4 3
 5. 55,83% 17 Olle Koop Tallinn         A872         7 7 6 6         A3         8 8 4 5                 9 9 4 4
 6. 53,75% 4 Margus Sutt Tallinn   Q97   7 7 5 5   J8763   5 5 7 7   K72   10 10 3 3
 7. 53,75% 3 Toivo Külaviir Tallinn   AT762   NT 6 6 7 7   JT5   NT 9 9 3 3   AKQ54   NT 8 8 4 4
 8. 52,08% 2 Joel Aasmäe Tallinn         J                 T52                 K9743        
 9. 50,83% 23 Aarne Rummel Tallinn B O A R D   N R . 4 4 KJ764         B O A R D   N R . 5 5 86         B O A R D   N R . 6 6 K52        
10. 49,58% 10 Urmas Lauri Tallinn P-NS N S R-NS CNT P TR R-EW E W P-EW D: W J3         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 4         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E 854         OPT. RES FOR NS
11. 49,17% 13 Eve Rummel Tallinn 0,0 2 6 200 3 S +2   7 17 10,0 ALL 9875         5,0 2 7   4 E +2 480 17 6 5,0 N-S QT76543         9,0 2 17   3Nt E +1 630 6 7 1,0 E-W T74        
12. 48,75% 7 Sven Sester Tallinn 4,0 3 14 620 4♠ S =   19 22 6,0   96         +650 5,0 3 19   4 E +2 480 22 14 5,0   854         -980 4,0 3 22   4 E +1 650 14 19 6,0   K765         -660
13. 47,92% 15 Olavi Oja Pärnu 9,0 21 12 650 4♠ N +1   16 20 1,0 85     Q932 5,0 21 16   4 E +2 480 20 12 5,0 Q72     KJT3 0,0 21 20   4 W +2 680 12 16 10,0 J943     AQ7
14. 47,92% 18 Jaak Lõhmus Tallinn 4,0 5 23 620 4 S =   8 18 6,0 9742     T5   N S E W 5,0 5 8   4 E +2 480 18 23 5,0 Q3     AKJ9652   N S E W 9,0 5 18   3Nt E +1 630 23 8 1,0 AQJT3     762   N S E W
15. 47,08% 5 Arne-Aivo Kukk Tallinn 4,0 24 9 620 4♠ N =   15 1 6,0 QT     643 6 6 7 7 5,0 24 15   4 E +2 480 1 9 5,0 J982     4 4 9 9 4,0 24 1   4 E +1 650 9 15 6,0 J2     A853 4 5 8 8
16. 46,67% 11 Ain Andressoo Tallinn 9,0 10 4 650 4 S +1   11 13 1,0 AKJ72     QT53 11 11 0 0 5,0 10 11   4 E +2 480 13 4 5,0 AQ73     T9 8 8 5 5 4,0 10 13   4 W +1 650 4 11 6,0 Q3     AJ9 3 3 9 9
17. 46,67% 1 Ivar Kalma Tallinn         AT         11 11 1 1         A954         1 1 12 12         T86         1 1 11 11
18. 46,67% 22 Piret Aava Keila   AKQ86   10 10 2 2   T87   3 3 10 10   K9   1 1 11 11
19. 45,83% 19 Tiit Jakobson Tallinn   AKJ2   NT 8 8 1 1   AK   NT 3 3 10 10   KQ96   NT 1 1 11 11
20. 45,83% 6 Jüri Ley Tallinn         84                 KJ62                 T842        
21. 44,17% 16 Andrias Heinlaid Pärnu B O A R D   N R . 7 7 KT54         B O A R D   N R . 8 8 92         B O A R D   N R . 9 9 6        
22. 41,67% 21 Kalle Pedak Tallinn P-NS N S R-NS CNT P TR R-EW E W P-EW D: S AK9         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W JT72         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N AK54         OPT. RES FOR NS
23. 39,58% 9 Jaak Simm Tallinn 6,0 3 7 120 1Nt N +1   1 18 4,0 ALL KQ         4,0 3 1   3Nt E = 400 18 7 6,0 --- T73         2,0 3 18   4♠ E +1 650 7 1 8,0 E-W QT976        
24. 36,25% 8 Vahur Kurig Tallinn 6,0 4 8 120 1Nt N +1   20 22 4,0   J432         +110 10,0 4 20 100 3Nt E -2   22 8 0,0   AJ87         -400 7,0 4 22   4♠ E = 620 8 20 3,0   954         -300
10,0 15 13 600 3Nt N =   17 21 0,0 A93     Q86 8,0 15 17 50 3Nt E -1   21 13 2,0 J3     AQT74 2,0 15 21   4♠ E +1 650 13 17 8,0 2     AKQT875
K L I K I   T U L E M U S I   ! ! ! 0,0 6 23   3Nt N -1 100 9 19 10,0 875     QT4   N S E W 0,0 6 9   3Nt E +1 430 19 23 10,0 K96543     A   N S E W 2,0 6 19   4♠ E +1 650 23 9 8,0 QT62     3   N S E W
6,0 24 10 120 1Nt N +1   16 2 4,0 85432     J97 8 7 5 5 4,0 24 16   3Nt E = 400 2 10 6,0 92     KQJ4 5 5 8 8 10,0 24 2 500 7♣x W -2   10 16 0,0 KJ5     4 1 1 11 11
2,0 11 5 90 1Nt N =   12 14 8,0 K9     AT86 6 6 7 7 4,0 11 12   3Nt W = 400 14 5 6,0 Q52     KT6 4 4 8 8 7,0 11 14   5♣ W +1 620 5 12 3,0 AKQ87     J632 9 9 3 3
        J72         8 8 5 5         K865         4 4 8 8         J943         8 8 5 5
F O T O D   J632   7 7 5 5   Q8   3 3 9 9   J987   3 3 10 10
  AT6   NT 7 7 5 5   A865   NT 4 4 9 9   A832   NT 4 4 8 9
        Q75                 943                 T        
B O A R D   N R . 1 0 10 9         B O A R D   N R . 1 1 11 954         B O A R D   N R . 1 2 12 3        
v t. 2 0 1 2 P-NS N S R-NS CNT P TR R-EW E W P-EW D: E QT765         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S KQJ862         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W JT         OPT. RES FOR NS
9,0 4 1   4♠ E = 620 2 19 1,0 ALL J865         4,0 4 2   3 N -1 50 19 1 6,0 --- T         9,0 4 19 100 4♠ E -2   1 2 1,0 N-S J        
3,0 5 9   4♠ W +1 650 21 22 7,0   J52         -650 9,0 5 21 170 3 N +1   22 9 1,0   A84         -100 6,0 5 22 50 4♠ E -1   9 21 4,0   AQJT97532         -200
9,0 16 14   4♠ E = 620 18 15 1,0 JT752     AQ843 1,0 16 18   3x N -1 100 15 14 9,0 KJ8632     A 0,0 16 15   4 E +1 450 14 18 10,0 852     AKQT6
S T A T I S T I K A 3,0 7 23   4♠ E +1 650 10 20 7,0 A42     K3   N S E W 9,0 7 10 170 3 N +1   20 23 1,0 T43     75   N S E W 2,0 7 20   5♣x N -1 200 23 10 8,0 AKQ4     97632   N S E W
3,0 24 11   4♠ W +1 650 17 3 7,0 AQ2     93 5 5 8 8 6,0 24 17 50 2♠ W -1   3 11 4,0 K     A87642 5 5 7 7 9,0 24 3 100 4♠ E -2   11 17 1,0 9643     KQ 10 10 3 3
3,0 12 6   4♠ E +1 650 13 8 7,0 93     KQ84 5 5 8 7 1,0 12 13   3 N -2 100 8 6 9,0 K93     QT72 5 5 7 7 4,0 12 8   2♠ E +1 140 6 13 6,0 K4     6 5 5 7 7
        K6         5 5 8 7         QT7         7 7 6 6         J974         2 2 10 10
  J98   2 2 11 11   A9   5 5 8 8   85   3 3 9 9
  KT74   NT 4 4 9 9   QJ953   NT 7 7 6 6   AT8752   NT 5 5 3 3
        AT76                 J65                 8        
B O A R D   N R . 1 3 13 KT9         B O A R D   N R . 1 4 14 A82         B O A R D   N R . 1 5 15 Q842        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N KQ         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E KT         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S J72         OPT. RES FOR NS
1,0 5 2   3Nt N -2 200 3 20 9,0 ALL A2         0,0 5 3   1 N -2 100 20 2 10,0 --- KQJ32         10,0 5 20 800 5♣x E -4   2 3 0,0 N-S 6        
6,0 6 10 120 2Nt N =   15 22 4,0   A95432         +140 4,0 6 15 90 1Nt N =   22 10 6,0   742         +400 8,0 6 22 650 4♠ S +1   10 15 2,0   JT754         +500
1,0 17 8   3Nt N -2 200 19 16 9,0 AQ76     43 8,0 17 19 110 3 N =   16 8 2,0 KT4     J765 6,0 17 16 500 5x W -3   8 19 4,0 96     75
9,0 1 23 140 2♠ S +1   11 21 1,0 J32     975   N S E W 2,0 1 11 50 1 E -1   21 23 8,0 832     QJ76   N S E W 0,0 1 21   5♠ N -1 100 23 11 10,0 83     QT64   N S E W
9,0 24 12 140 3 S =   18 4 1,0 JT764     K85 7 7 6 6 6,0 24 18 100 1 E -2   4 12 4,0 T985     A7 9 9 4 4 4,0 24 4 200 2♠ S +3   12 18 6,0 AKQ74     985 6 6 7 7
4,0 13 7   2Nt N -1 100 14 9 6,0 7     KQJT8 7 7 6 6 10,0 13 14 120 2Nt S =   9 7 0,0 J63     A95 9 9 4 4 2,0 13 9 50 3 W -1   7 14 8,0 Q982     AK63 5 6 8 7
        J852         9 9 4 4         Q93         8 8 5 5         AKJT3         8 8 5 5
  AT864   9 9 4 4   A954   8 8 5 5   AK95   10 10 2 2
  Q93   NT 7 7 5 5   64   NT 9 8 4 4   JT32   NT 5 5 5 5
        6                 KQT8                          
B O A R D   N R . 1 6 16 J8         B O A R D   N R . 1 7 17 Q52         B O A R D   N R . 1 8 18 A9        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W 42         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N J87532         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: E 74         OPT. RES FOR NS
8,0 6 3 140 2♠ S +1   4 21 2,0 E-W AT95         8,0 6 4 500 5♠x W -3   21 3 2,0 --- Q962         6,0 6 21   3Nt E = 400 3 4 4,0 N-S A98765        
8,0 7 11 140 3♠ S =   16 22 2,0   AKT65         +140 1,0 7 16 50 4♠ W -1   22 11 9,0           +100 6,0 7 22   3Nt E = 400 11 16 4,0   863         -420
2,0 18 9 110 3♣ N =   20 17 8,0 62     QT73 10,0 18 20 800 6♠x W -4   17 9 0,0 AKJT9873     6 2,0 18 17   4 W +1 450 9 20 8,0 KJ7     T432
0,0 15 23   3Nt S -1 50 12 2 10,0 AKJT     Q763   N S E W 4,0 15 12 100 4♠x W -1   2 23 6,0     KQ96   N S E W 0,0 2 15   2x N -2 500 23 12 10,0 AQJ63     T5   N S E W
8,0 24 13 140 2♠ S +1   19 5 2,0 Q83     J76 9 9 4 4 1,0 24 19 50 4♠ W -1   5 13 9,0 KT73     4 4 5 8 8 6,0 24 5   3Nt E = 400 13 19 4,0 42     KQT 2 3 10 10
4,0 14 1 120 2Nt S =   8 10 6,0 J843     Q7 9 9 4 4 6,0 14 8 300 5♠x W -2   10 1 4,0 K     QJT7532 8 8 5 5 10,0 14 10   2Nt W +1 150 1 8 0,0 AKQ     JT52 5 5 8 8
        AK954         6 6 6 6         4         9 9 4 4         Q865         3 3 10 10
  985   9 9 4 4   AT4   5 5 8 8   K982   3 3 10 10
  K42   NT 8 8 5 5   AJ85   NT 6 6 6 6   J3   NT 3 3 9 9
        92                 A9864                 974        
B O A R D   N R . 1 9 19 AT9652         B O A R D   N R . 2 0 20 A87         B O A R D   N R . 2 1 21 Q753        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S A82         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W KT5         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 952         OPT. RES FOR NS
3,0 7 4   3♠ N -1 50 5 15 7,0 E-W T2         4,0 7 5   4 E +1 650 15 4 6,0 ALL T8765         8,0 7 15   3 W +4 260 4 5 2,0 N-S T975        
6,0 1 12 100 3♣ W -1   17 22 4,0   K9         +400 4,0 1 17   4 W +1 650 22 12 6,0   83         -650 1,0 1 22   6 W +1 1010 12 17 9,0   86         -1520
0,0 19 10   4 S -4 200 21 18 10,0 KQ     J43 4,0 19 21   4 E +1 650 18 10 6,0 92     KQJT3 4,0 19 18   6 W = 980 10 21 6,0 AT94     KJ2
9,0 3 23 400 3Nt E -4   13 16 1,0 QJ6     KT9   N S E W 4,0 3 13   4 W +1 650 16 23 6,0 A762     QJ983   N S E W 6,0 3 16   4 W +3 510 23 13 4,0 AKQT84     J76   N S E W
9,0 24 14 400 3Nt W -4   20 6 1,0 75     KJ3 5 5 8 8 10,0 24 20 100 4 W -1   6 14 0,0 KJ3     4 4 9 9 10,0 24 6 100 6Nt W -2   14 20 0,0 AK2     8 4 4 9 9
3,0 8 2   3 S -1 50 9 11 7,0 AT7632     QJ84 9 9 3 3 4,0 8 9   5 W = 650 11 2 6,0 AK74     952 7 7 6 6 1,0 8 11   6 W +1 1010 2 9 9,0     AJ9732 5 5 8 7
        87         9 9 4 4         654         2 2 11 11         86         0 0 13 13
  7543   9 9 4 4   4   3 3 9 9   3   0 0 13 13
  AQ9864   NT 9 9 4 4   AQ942   NT 3 3 9 9   QJ643   NT 0 0 13 13
        5                 QJT6                 KQT54        
B O A R D   N R . 2 2 22 A2         B O A R D   N R . 2 3 23 9532         B O A R D   N R . 2 4 24 8763        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E AJ96         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: S A2         OPT. RES FOR NS P-NS N S R-NS CNT P TR R-EW E W P-EW D: W         OPT. RES FOR NS
10,0 24 14 100 3Nt E -1   12 10 0,0 E-W 862         9,0 24 12 100 2 E -1   10 14 1,0 ALL Q432         0,0 24 10   3x S -3 500 14 12 10,0 --- AQ843        
1,0 17 23   4♠ W = 620 4 20 9,0   J753         -620 6,0 17 4   2 E = 90 20 23 4,0   954         -600 10,0 17 20 100 4♠ E -2   23 4 0,0   8543         -140
1,0 18 7   4♠ W = 620 13 3 9,0 KQJT4     853 1,0 18 13   2Nt W +1 150 3 7 9,0 KT74     AQ8 6,0 18 3   2♠ E = 110 7 13 4,0 QT9     AKJ42
7,0 11 2   4x N -3 500 5 15 3,0 Q7     KT   N S E W 1,0 11 5   2Nt W +1 150 15 2 9,0 K87     963   N S E W 2,0 11 15   4♠ E +2 480 2 5 8,0 QJ8     KT93   N S E W
4,0 22 19   3Nt W = 600 16 6 6,0 AK97     QJT5 5 5 8 8 4,0 22 16   2♠ E = 110 6 19 6,0 KT     J986 3 3 9 9 4,0 22 6   4♠ E +1 450 19 16 6,0 T6     J5 1 1 8 9
7,0 1 8   5x S -3 500 9 21 3,0 QT     A964 3 3 10 10 9,0 1 9 100 2 E -1   21 8 1,0 AJT6     Q83 4 4 8 8 8,0 1 21 50 3Nt E -1   8 9 2,0 KQ962     AT 8 8 3 5
        976         7 7 6 6         J6         6 6 7 7         5         5 5 6 6
  85432   3 3 10 10   QJT54   4 4 9 9   A76542   1 1 8 9
  43   NT 3 3 8 8   A75   NT 4 4 9 9   K972   NT 3 3 7 7
        K82                 K72                 J7