vt. 2011 K L I K I  T U L E M U S I !!! vt. 2011
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 Q64        
T Ü Ü V E   J U G A N D I   M E M O R I A A L   2 0 1 2 P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 6         OPT. RES FOR NS
G E N E R E E R I T U D   :   1 1 . 0 2 . 2 0 1 2   2 0 : 4 7 : 1 0 6,0 1 3   4 E +1 450 2 4 10,0 --- Q        
RESULTS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATIONS PROGRAM 14,0 5 6 50 6 E -1   8 7 2,0   AQT98754         -980
 1. 70,31% 16 Tiit Jakobson Tallinn 6,0 9 12   4 E +1 450 11 10 10,0 T973     AK8
 2. 60,94% 10 Kalle Pedak Tallinn 6,0 13 15   5 E = 450 14 16 10,0 K3     AQJT72   N S E W
 3. 59,90% 1 Jüri Aava Keila 6,0 17 18   5 E = 450 20 19 10,0 K632     AJ84 7 7 5 6
 4. 59,64% 11 Mikk Mirme Keila 14,0 21 24 50 5Nt W -1   23 22 2,0 KJ3     1 1 12 12
 5. 55,99% 25 Sven Sester  Tallinn 14,0 25 27 50 6 E -1   26 28 2,0         J52         1 1 12 12
 6. 55,73% 33 Olavi Oja Pärnu 0,0 29 30   3Nt W +3 490 32 31 16,0   9854   2 2 10 11
 7. 55,73% 34 Toivo Külaviir Tallinn 6,0 33 36   4 E +1 450 35 34 10,0   T975   NT 2 2 11 11
 8. 55,21% 9 Hannes Linnamägi Rakvere         62        
 9. 54,43% 4 Valdur Laid Tallinn B O A R D   N R . 2 2 T6        
10. 53,13% 21 Piret Aava Keila P-NS N S R-NS CNT P TR R-EW E W P-EW D: E Q96         OPT. RES FOR NS
11. 53,13% 2 Urmas Lauri Tallinn 8,0 1 2   3♠ E = 140 4 3 8,0 N-S 972        
12. 52,86% 31 Jüri Joonsaar Tallinn 5,0 5 8   3♠ E +1 170 7 6 11,0   KQT75         -140
13. 52,08% 7 Marko Kolk Saaremaa 10,0 9 11 50 4♠ E -1   10 12 6,0 J2     KQ9873
14. 52,08% 3 Andrias Heinlaid Pärnu 5,0 13 14   3♠ E +1 170 16 15 11,0 KJT42     A3   N S E W
15. 50,78% 30 Rein Toonekurg TSBK 14,0 17 20 100 4♠ E -2   19 18 2,0 JT63     AK 7 7 6 6
16. 50,00% 14 Toomas Kork Rakvere 14,0 21 23 100 3Nt W -2   22 24 2,0 J6     832 5 5 8 8
17. 50,00% 20 Toomas Kukemilk Tallinn 14,0 25 26 100 4♠ E -2   28 27 2,0         A54         4 3 9 9
18. 49,74% 24 Mart Ostra Tallinn 2,0 29 32   1♠ E +4 200 31 30 14,0   875   4 3 9 9
19. 49,48% 35 Marek Pontus Tallinn 0,0 33 35   3Ntx W = 550 34 36 16,0   Q854   NT 6 6 7 7
20. 48,96% 17 Aarne Rummel Tallinn         A94        
21. 48,70% 26 Jaak Lõhmus Tallinn B O A R D   N R . 3 3 Q94        
22. 48,70% 6 Jaak Simm Tallinn P-NS N S R-NS CNT P TR R-EW E W P-EW D: S AJ4         OPT. RES FOR NS
23. 48,44% 29 Ines Piibeleht Tallinn 12,0 1 4 120 1Nt N +1   3 2 4,0 E-W KQ4        
24. 48,18% 15 Priit Võhandu Tallinn 2,0 5 7   3Nt N -1 50 6 8 14,0   QT84         +120
25. 47,92% 36 Ivar Kalma Tallinn 12,0 9 10 120 2Nt N =   12 11 4,0 AK     T765
26. 47,66% 27 Mati Nirgi Rakvere 5,0 13 16 110 1♠ S +1   15 14 11,0 QT52     987   N S E W
27. 47,40% 32 Eve Rummel Tallinn 12,0 17 19 120 2Nt N =   18 20 4,0 9763     J852 8 8 5 5
28. 47,14% 8 Joel Aasmäe Tallinn 12,0 21 22 120 1Nt S +1   24 23 4,0 A72     K5 6 6 6 6
29. 46,35% 19 Vahur Kurig Tallinn 0,0 25 28   1x W = 140 27 26 16,0         J832         7 7 6 6
30. 44,79% 12 Olle Koop Tallinn 5,0 29 31 110 1♠ S +1   30 32 11,0   K63   8 8 5 5
31. 41,67% 23 Enno Kuld Tallinn 12,0 33 34 120 1Nt S +1   36 35 4,0   AT   NT 8 8 5 5
32. 41,41% 22 Enn Maalder Tallinn         J963        
33. 39,32% 5 Mart Maastik Tallinn B O A R D   N R . 4 4 986        
34. 38,54% 13 Mihkel Juhkami Rakvere P-NS N S R-NS CNT P TR R-EW E W P-EW D: W AK85         OPT. RES FOR NS
35. 37,50% 18 Peeter Hibus Tallinn 8,0 1 29 680 4♠ N +2   6 15 8,0 ALL A975        
36. 36,20% 28 Arne-Aivo Kukk Tallinn 8,0 5 20 680 4♠ S +2   33 10 8,0   A8         +1430
8,0 9 23 680 4♠ S +2   25 2 8,0 J4     53
8,0 13 8 680 4♠ S +2   19 27 8,0 JT743     Q6   N S E W
8,0 17 31 680 4♠ N +2   11 24 8,0 K4     Q32 6 6 7 7
8,0 21 3 680 4♠ N +2   36 14 8,0 QT53     KJ9742 12 12 1 1
8,0 28 4 680 4♠ N +2   30 18 8,0         AKQT72         8 8 4 4
8,0 32 34 680 4♠ N +2   7 22 8,0   92   12 12 1 1
8,0 35 16 680 4♠ N +2   12 26 8,0   JT86   NT 10 10 1 1
        6        
B O A R D   N R . 5 5 J874        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 73         OPT. RES FOR NS
14,0 1 6 120 1Nt S +1   15 29 2,0 N-S JT64        
7,0 5 10 90 2♣ S =   20 33 9,0   A94         +110
14,0 9 25 120 1Nt S +1   2 23 2,0 Q92     AT3
1,0 13 19   3♣ S -1 100 27 8 15,0 Q654     T98   N S E W
10,0 17 11 110 2♣ S +1   24 31 6,0 AQ72     9853 8 8 4 4
14,0 21 36 120 1Nt S +1   14 3 2,0 J8     K73 6 6 7 7
1,0 28 30   2♣ S -1 100 18 4 15,0         K65         7 7 6 6
7,0 32 7 90 2♣ S =   22 34 9,0   AKJ2   8 8 5 5
4,0 35 12 50 1Nt E -1   26 16 12,0   K   NT 7 7 6 6
        QT652        
B O A R D   N R . 6 6 42        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E T963         OPT. RES FOR NS
16,0 1 15 100 3Nt W -1   29 6 0,0 E-W KJ3        
4,0 5 33   2 E +2 170 10 20 12,0   J432         -620
10,0 9 2   1 E +1 110 23 25 6,0 AJ9     KT63
2,0 13 27   4 E = 620 8 19 14,0 AJ84     Q752   N S E W
6,0 17 24   1♠ S -3 150 31 11 10,0 42     AT98 5 5 7 7
8,0 21 14   1Nt E +1 120 3 36 8,0 KT87     6 4 5 8 8
14,0 28 18   2♣ S -1 50 4 30 2,0         Q875         3 3 10 10
12,0 32 22   1Nt E = 90 34 7 4,0   K   4 4 9 9
0,0 35 26   4 W +1 650 16 12 16,0   Q765   NT 4 4 9 9
        AQ95        
B O A R D   N R . 7 7 KQ9743        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S K98         OPT. RES FOR NS
2,0 23 18 140 3 S =   1 26 14,0 ALL AT3        
6,0 15 5 170 3 S +1   22 30 10,0   K         +620
6,0 20 34 170 3 S +1   16 9 10,0 865     AT
13,0 36 29 620 4 S =   13 2 3,0 7642     Q   N S E W
13,0 27 33 620 4 S =   6 17 3,0 K98     Q642 5 5 8 8
10,0 31 25 200 3♠ S +2   10 21 6,0 Q95     A76432 7 6 6 6
0,0 28 14   4 S -1 100 12 8 16,0         J2         10 10 3 3
16,0 32 4 790 4x S =   11 19 0,0   AJT53   10 10 2 2
6,0 35 3 170 3 S +1   24 7 10,0   J75   NT 7 7 3 3
        JT8        
B O A R D   N R . 8 8 K87        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W AKT9         OPT. RES FOR NS
15,0 23 1   2♠ N -1 50 26 18 1,0 --- AQ54        
2,0 15 22   4♠x S -2 300 30 5 14,0   74         +100
15,0 20 16   3♠ S -1 50 9 34 1,0 Q96     AJ
9,0 36 13   4♠ S -2 100 2 29 7,0 532     QJ8764   N S E W
9,0 27 6   3♠ S -2 100 17 33 7,0 K72     JT9 7 7 6 6
9,0 31 10   3♠ N -2 100 21 25 7,0 AQ62     JT 7 6 6 6
0,0 28 12   2x E = 470 8 14 16,0         T5432         5 4 8 8
4,0 32 11   2 S -4 200 19 4 12,0     8 8 5 5
9,0 35 24   3♠ S -2 100 7 3 7,0   863   NT 6 5 7 7
        K9853        
B O A R D   N R . 9 9 K82        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N KQ863         OPT. RES FOR NS
8,0 23 26 420 4♠ S =   18 1 8,0 E-W 976        
15,0 15 30 430 3Nt N +1   5 22 1,0   KQ         +420
8,0 20 9 420 4♠ N =   34 16 8,0 T     J975
15,0 36 2 430 3Nt N +1   29 13 1,0 T9542     J7   N S E W
1,0 27 17   5♠ N -1 50 33 6 15,0 53     AJT4 7 7 6 6
8,0 31 21 420 4♠ S =   25 10 8,0 AJ975     T63 10 10 3 3
1,0 28 8   3Nt N -1 50 14 12 15,0         AQ643         8 8 4 4
8,0 32 19 420 4♠ S =   4 11 8,0   A   10 10 3 3
8,0 35 7 420 4♠ S =   3 24 8,0   KQ82   NT 8 8 4 3
        842        
B O A R D   N R . 1 0 10 QT874        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E 4         OPT. RES FOR NS
3,0 14 33   4 E +2 680 1 31 13,0 ALL QJ95        
3,0 19 5   4 E +2 680 36 25 13,0   A32         -1100
12,0 24 29   4 E = 620 27 9 4,0 A63     KJ95
9,0 7 26   4 E +1 650 11 13 7,0 A653     KQJT72   N S E W
3,0 12 3   4 E +2 680 30 17 13,0 62     A8 8 8 5 5
15,0 4 34   5x N -2 500 21 8 1,0 QT76     9 9 9 4 4
3,0 22 28   5 E +1 680 20 2 13,0         2         1 1 12 12
15,0 16 23   5x N -2 500 32 6 1,0   98   3 3 8 8
9,0 18 35   4 E +1 650 10 15 7,0   KT743   NT 2 2 11 11
        KJ854        
B O A R D   N R . 1 1 11 QJ93        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S 62         OPT. RES FOR NS
6,0 14 1   6 W +1 1010 31 33 10,0 --- 642        
6,0 19 36   6 W +1 1010 25 5 10,0   T874         -1510
6,0 24 27   6 W +1 1010 9 29 10,0 KT642    
14,0 7 11   4 W +3 510 13 26 2,0 K83     AQJ954   N S E W
6,0 12 30   6 E +1 1010 17 3 10,0 AJ3     KQ 1 1 12 12
12,0 4 21   6Nt W = 990 8 34 4,0 A5     KQ962 4 4 9 9
0,0 22 20   7 E = 1510 2 28 16,0         A875         0 0 13 13
16,0 16 32   3Nt W +3 490 6 23 0,0   T7   4 4 9 9
6,0 18 10   6 E +1 1010 15 35 10,0   T9875   NT 1 1 12 12
        J3        
B O A R D   N R . 1 2 12 T53        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W Q74         OPT. RES FOR NS
5,0 14 31 50 3♣ W -1   33 1 11,0 N-S AQJ        
15,0 19 25 200 3Nt W -4   5 36 1,0   QT43         -110
0,0 24 9   3 S -3 300 29 27 16,0 KJ2     AQ6
5,0 7 13 50 3♣ E -1   26 11 11,0 T96     52   N S E W
9,0 12 17 100 3♣ E -2   3 30 7,0 8     KT97653 5 5 7 7
12,0 4 8 150 3Nt W -3   34 21 4,0 AKJ986     5 3 3 9 9
9,0 22 2 100 3♣ W -2   28 20 7,0         9874         7 7 6 6
15,0 16 6 200 3Nt W -4   23 32 1,0   AKJ83   6 6 7 7
2,0 18 15   3 E = 110 35 10 14,0   42   NT 7 7 6 6
        72        
B O A R D   N R . 1 3 13 AKQ5        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N JT9         OPT. RES FOR NS
4,0 12 34   3♠ S -2 200 25 1 12,0 ALL 964        
16,0 4 29 300 5♣ E -3   26 5 0,0   J62         -620
10,0 7 9   3 E +1 130 30 33 6,0 843     T
10,0 3 13   3 E +1 130 23 10 6,0 Q83     AK42   N S E W
4,0 8 15   3♠ S -2 200 17 2 12,0 Q3     AJT752 4 4 8 8
14,0 11 21   3 E = 110 6 20 2,0 Q9875     A4 3 3 10 10
0,0 24 36   4 W = 620 16 28 16,0         J9762         3 3 10 10
10,0 14 32   3 E +1 130 27 18 6,0   765   7 7 6 6
4,0 19 22   2♠ S -2 200 31 35 12,0   K8   NT 6 6 7 7
        KT3        
B O A R D   N R . 1 4 14 T763        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E Q         OPT. RES FOR NS
0,0 12 25   4♠ W = 420 1 34 16,0 --- Q4        
4,0 4 26   2Nt E +1 150 5 29 12,0   AJT875         -100
6,0 7 30   3♠ W = 140 33 9 10,0 9842     KQ5
2,0 3 23   3♠ W +1 170 10 13 14,0 AJ     K865   N S E W
12,0 8 17   2x S -1 100 2 15 4,0 J9873     AKT62 10 10 3 3
9,0 11 6   3 E +1 130 20 21 7,0 K6     3 3 3 10 10
15,0 24 16 50 5 E -1   28 36 1,0         AJ         7 7 6 6
15,0 14 27 50 5 E -1   18 32 1,0   T97432   4 4 8 8
9,0 19 31   4 E = 130 35 22 7,0   5   NT 5 5 6 6
        Q942        
B O A R D   N R . 1 5 15 842        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S KQT9         OPT. RES FOR NS
3,0 12 1   3Nt W +1 430 34 25 13,0 N-S QT632        
3,0 4 5   3Nt W +1 430 29 26 13,0   9         -420
10,0 7 33   4♠ W = 420 9 30 6,0 AK76     QJT9
10,0 3 10   4♠ E = 420 13 23 6,0 65     J743   N S E W
0,0 8 2   4♠ W +1 450 15 17 16,0 KJ97     3 3 10 10
10,0 11 20   4♠ W = 420 21 6 6,0 Q76     AKJ43 8 8 5 5
10,0 24 28   4♠ W = 420 36 16 6,0         53         6 6 7 7
10,0 14 18   4♠ W = 420 32 27 6,0   A82   3 2 10 10
16,0 19 35 50 6♠ W -1   22 31 0,0   A854   NT 4 4 9 8
        T852        
B O A R D   N R . 1 6 16 AJ96        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W 74         OPT. RES FOR NS
14,0 10 22 430 3Nt N +1   27 1 2,0 E-W QJ43        
12,0 2 16 200 2♠ W -2   31 5 4,0   A42         +130
6,0 6 18 100 3 E -1   9 36 10,0 KQT852     4
4,0 33 4   3Nt N -1 50 24 13 12,0 T53     AQJ862   N S E W
16,0 25 7 800 2♠x W -3   17 14 0,0 A5     982 10 10 3 3
2,0 29 19   3Nt N -2 100 21 12 14,0 JT     853 10 10 3 3
9,0 34 11 130 3♣ S +1   28 15 7,0         73         5 5 8 8
0,0 26 32   3Nt N -3 150 20 3 16,0   K9   7 7 6 6
9,0 30 23 130 3 N +1   8 35 7,0   KT76   NT 7 7 3 3
        KQ976        
B O A R D   N R . 1 7 17 K63        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N A964         OPT. RES FOR NS
14,0 10 27 100 5x E -1   1 22 2,0 --- KT64        
6,0 2 31   4♠x S -1 100 5 16 10,0   Q6         -100
6,0 6 9   4♠x S -1 100 36 18 10,0 82     A
6,0 33 24   4♠x S -1 100 13 4 10,0 QT85     KJ732   N S E W
0,0 25 17   4 E = 420 14 7 16,0 52     AQ73 3 3 10 10
16,0 29 21 140 3♠ S =   12 19 0,0 J8543     A97 7 6 6 6
6,0 34 28   4♠x S -1 100 15 11 10,0         QJT9754         3 3 10 10
12,0 26 20   4♠ S -1 50 3 32 4,0     9 8 4 4
6,0 30 8   3♠x S -1 100 35 23 10,0   J98   NT 5 5 6 6
        KT2        
B O A R D   N R . 1 8 18 Q65        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E K92         OPT. RES FOR NS
14,0 10 1 50 3Nt W -1   22 27 2,0 N-S KQJ3        
11,0 2 5   2 W +1 110 16 31 5,0   A94         -420
2,0 6 36   3Nt W +2 460 18 9 14,0 K2     AJ743
8,0 33 13   2♠ E +1 140 4 24 8,0 QJT84     A6   N S E W
4,0 25 14   3Nt W +1 430 7 17 12,0 A865     T42 5 5 8 8
16,0 29 12 100 4♠ E -2   19 21 0,0 K3     J75 4 3 9 9
0,0 34 15   1Ntx N -6 1700 11 28 16,0         T98         3 3 9 9
11,0 26 3   2♠ E = 110 32 20 5,0   753   3 3 9 10
6,0 30 35   1Nt W +3 180 23 8 10,0   97   NT 3 3 9 9
        QT862        
B O A R D   N R . 1 9 19 A82        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S QT74         OPT. RES FOR NS
8,0 11 1 120 1Nt N +1   36 30 8,0 E-W K76        
8,0 3 27 120 1Nt N +1   5 34 8,0   642         +90
0,0 8 9 90 1Nt S =   26 31 16,0 QT5     K74
8,0 6 13 120 1Nt S +1   22 12 8,0 J5     9863   N S E W
8,0 10 17 120 1Nt S +1   4 16 8,0 AJ93     T42 5 6 7 7
16,0 2 21 150 1Nt N +2   7 18 0,0 J987     AQ5 6 6 7 7
8,0 23 33 120 1Nt S +1   28 19 8,0         J963         7 7 6 6
8,0 15 25 120 1Nt S +1   24 32 8,0   AK2   7 7 5 5
8,0 20 14 120 1Nt N +1   35 29 8,0   Q85   NT 7 7 6 6
        KT3        
B O A R D   N R . 2 0 20 A        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W JT65         OPT. RES FOR NS
8,0 11 36 100 2Nt W -1   30 1 8,0 ALL T76        
8,0 3 5 100 1Nt W -1   34 27 8,0   T9753         -120
2,0 8 26 90 1Nt S =   31 9 14,0 K62     J753
15,0 6 22 200 2Ntx W -1   12 13 1,0 Q873     94   N S E W
8,0 10 4 100 1Nt W -1   16 17 8,0 KQ83     AJ2 6 6 6 6
15,0 2 7 200 1Nt W -2   18 21 1,0 A6     Q842 5 5 7 7
0,0 23 28   1Nt W = 90 19 33 16,0         QT984         6 6 6 6
8,0 15 24 100 1Nt W -1   32 25 8,0   AK2   6 6 7 7
8,0 20 35 100 1Nt W -1   29 14 8,0   954   NT 5 5 8 8
        KJ        
B O A R D   N R . 2 1 21 AJ42        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N J953         OPT. RES FOR NS
5,0 11 30   6 W = 920 1 36 11,0 N-S T6        
16,0 3 34 100 7Ntx E -1   27 5 0,0   J87         -990
5,0 8 31   6 E = 920 9 26 11,0 5     KQ9
5,0 6 12   6 W = 920 13 22 11,0 AK764     82   N S E W
14,0 10 16   5 W +2 440 17 4 2,0 AKJ954     Q72 2 2 11 11
5,0 2 18   6 W = 920 21 7 11,0 6     AKQ53 0 0 12 12
11,0 23 19   4Nt W +2 490 33 28 5,0         T8763         2 2 10 10
11,0 15 32   5Nt E +1 490 25 24 5,0   QT   4 4 9 9
0,0 20 29   6 E +1 940 14 35 16,0   83   NT 1 1 12 12
        T942        
B O A R D   N R . 2 2 22 JT87        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E         OPT. RES FOR NS
13,0 16 1 420 4♠ S =   19 7 3,0 E-W AKT96        
8,0 18 24 110 3 N =   5 12 8,0   QJ87         +140
5,0 22 14   4♠ S -1 50 9 4 11,0 6     9543
10,0 30 20 170 3♠ S +1   13 25 6,0 AJT432     K86   N S E W
13,0 34 23 420 4♠ S =   29 17 3,0 J432     Q85 10 10 3 3
16,0 26 33 450 4♠ S +1   15 21 0,0 T6     AK5 7 7 5 5
1,0 31 28   4♠x N -1 100 3 6 15,0         AKQ2         4 4 9 9
5,0 36 8   4♠ S -1 50 10 32 11,0   Q975   9 9 3 3
1,0 27 35   4♠x S -1 100 2 11 15,0   7   NT 5 5 7 7
        9432        
B O A R D   N R . 2 3 23 T976        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S AK64         OPT. RES FOR NS
12,0 16 19 100 2Nt W -1   7 1 4,0 ALL J986        
1,0 18 5   2 N -3 300 12 24 15,0   3         -120
16,0 22 9 500 3x E -2   4 14 0,0 K     AJ432
8,0 30 13   1Nt W +1 120 25 20 8,0 T9532     J   N S E W
12,0 34 29 100 3 E -1   23 17 4,0 KQ7     AT52 5 5 7 7
5,0 26 15   1Nt W +2 150 21 33 11,0 KQ52     964 4 5 8 8
12,0 31 3 100 3Nt W -1   6 28 4,0         Q85         5 5 7 7
5,0 36 10   2Nt W +1 150 32 8 11,0   Q87   5 5 8 8
1,0 27 2   2 N -3 300 11 35 15,0   43   NT 5 5 8 8
        AJT87        
B O A R D   N R . 2 4 24 A7        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W QJ62         OPT. RES FOR NS
10,0 16 7   1Nt N -2 100 1 19 6,0 --- QT95        
5,0 18 12   1Nt E +1 120 24 5 11,0   K83         -120
5,0 22 4   1Nt E +1 120 14 9 11,0 K94     QJ3
16,0 30 25 150 4Nt E -3   20 13 0,0 843     K75   N S E W
12,0 34 17 50 2♠ E -1   23 29 4,0 A82     KJ4 5 5 8 8
0,0 26 21   2Nt E +1 150 33 15 16,0 7652     AQ94 7 6 6 6
5,0 31 6   1Nt E +1 120 28 3 11,0         T8652         7 7 6 6
5,0 36 32   1Nt E +1 120 8 10 11,0   AT9   6 6 7 7
14,0 27 11 100 1Nt E -2   35 2 2,0   763   NT 5 5 8 7
        JT