K L I K I   T U L E M U S I   ! ! ! B O A R D   N R . 1 1 J987643        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 98         OPT. RES FOR NS
0,0 1 3   4x E = 590 2 4 14,0 --- A4        
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 7,0 5 19   3Nt W = 400 10 33 7,0   74         -800
P E E T E R   L O N D   7 0   -   I N D I V I D U A A L 10,0 26 11   3 E +1 170 14 8 4,0 A     KT
G E N E R E E R I T U D   :   2 1 . 0 4 . 2 0 1 2   2 3 : 3 5 : 5 2 4,0 13 7   4 E = 420 25 12 10,0 A7     QJ543   N S E W
RESULTS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATIONS PROGRAM 14,0 36 31 470 2♠x N =   18 24 0,0 QT953     2 1 1 12 12
1. 62,50% 12 Linnamägi, Hannes Rakvere 12,0 17 35   4♠x N -1 100 6 9 2,0 AQ853     KJ962 5 5 8 8
2. 57,44% 19 Hibus, Peeter Tallinn 7,0 15 21   3Nt W = 400 28 30 7,0         Q52         3 3 10 10
3. 56,55% 17 Karpov, Maksim Tallinn 2,0 23 34   3Nt W +2 460 32 20 12,0   KT62   8 8 5 5
4. 56,25% 31 Sester, Sven Tallinn   KJ876   NT 4 4 9 9
5. 55,95% 9 Padari, Allar Tartu         T        
6. 55,66% 24 Külaviir, Toivo Tallinn B O A R D   N R . 2 2 AT632        
7. 55,36% 35 Kobolt, Guido Tallinn P-NS N S R-NS CNT P TR R-EW E W P-EW D: E KQ         OPT. RES FOR NS
8= 55,06% 22 Järve, Jaan Kaiu 12,0 1 2   3Nt E +1 430 4 3 2,0 N-S 762        
8= 55,06% 29 Lond, Peeter Tallinn 4,0 5 10   3Nt E +2 460 33 19 10,0   876         -430
10. 54,76% 33 Kukk, Arne-Aivo Tallinn 12,0 26 14   3Nt E +1 430 8 11 2,0 K95     QJ84
11. 54,46% 15 Linnamägi, Jaan Rakvere 12,0 13 25   3Nt E +1 430 12 7 2,0 J6     AT8   N S E W
12= 53,57% 13 Aava, Jaak Tallinn 4,0 36 18   3Nt E +2 460 24 31 10,0 AJT98     K53 4 4 8 8
12= 53,57% 7 Joonsaar, Jüri Tallinn 4,0 17 6   3Nt E +2 460 9 35 10,0 J92     AQ4 2 2 10 10
14. 52,08% 2 Aava, Piret Keila 4,0 15 28   3Nt E +2 460 30 21 10,0         7         7 7 6 6
15. 51,79% 21 Oras, Maarja Tartu 4,0 23 32   3Nt E +2 460 20 34 10,0   975432   3 3 9 9
16. 51,19% 32 Heinlo, Liidia Tallinn   Q4   NT 2 2 10 10
17. 50,00% 25 Heinlo, Aavo Tallinn         KT53        
18. 49,70% 4 Kork, Eha Rakvere B O A R D   N R . 3 3 AJ8732        
19= 48,51% 20 Strandberg, Jaak Rakvere P-NS N S R-NS CNT P TR R-EW E W P-EW D: S AQ9         OPT. RES FOR NS
19= 48,51% 1 Oja, Olavi Pärnu 3,0 1 4   3Nt E +1 630 3 2 11,0 E-W 93        
21. 48,21% 23 Kaare, Mare Tallinn 3,0 5 33   3Nt E +1 630 19 10 11,0   54         -630
22. 47,62% 5 Antonkov, Oleg Paide 10,0 26 8   3Nt E = 600 11 14 4,0 964     KQT
23. 47,32% 11 Piibeleht, Ines Tallinn 10,0 13 12   3Nt E = 600 7 25 4,0 532     KT74   N S E W
24. 47,02% 27 Maripuu, Jaan Tallinn 10,0 36 24   3Nt W = 600 31 18 4,0 K42     AJT86 6 6 7 7
25= 46,73% 30 Juhkami, Mihkel Rakvere 10,0 17 9   3Nt E = 600 35 6 4,0 AKQ3     6 3 3 9 9
25= 46,73% 28 Jakobson, Leo Tallinn 10,0 15 30   3Nt E = 600 21 28 4,0         5         4 4 9 9
27. 46,43% 16 Kurig, Vahur Tallinn 0,0 23 20   3Nt E +2 660 34 32 14,0   J86   6 6 7 7
28= 46,13% 8 Laanemäe, Tiit Tallinn   Q75   NT 2 2 10 10
28= 46,13% 34 Naber, Lauri Tartu         JT9872        
30. 45,83% 36 Veskimets, Arvo Tallinn B O A R D   N R . 4 4 AKT752        
31. 45,24% 26 Aava, Jüri Keila P-NS N S R-NS CNT P TR R-EW E W P-EW D: W AQ852         OPT. RES FOR NS
32. 44,64% 3 Jakobson, Tiit Tallinn 7,0 5 7 650 4♠ N +1   6 8 7,0 ALL 8        
33. 43,75% 6 Kork, Asso Tallinn 7,0 2 23 650 4♠ N +1   9 28 7,0   8         +650
34. 42,26% 14 Kork, Toomas Rakvere 7,0 18 3 650 5 N =   30 12 7,0 J4     96
35. 40,77% 10 Maripuu, Jaanus Tallinn 7,0 20 11 650 5♠ N =   29 4 7,0 9743     J   N S E W
36. 37,20% 18 Simm, Jaak Tallinn 7,0 26 35 650 4♠ N +1   21 16 7,0 AJ74     T6532 4 4 8 8
7,0 1 27 650 4♠ N +1   10 24 7,0 KT5     AQJ74 3 3 9 9
7,0 19 14 650 4♠ N +1   32 36 7,0         Q83         11 11 2 2
7,0 15 25 650 4♠ N +1   33 22 7,0   KT6   11 11 2 2
  KQ9   NT 7 7 2 2
        9632        
B O A R D   N R . 5 5 AK74        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 8652         OPT. RES FOR NS
1,0 5 6 170 3 N +1   8 7 13,0 N-S 2        
10,0 2 9 660 3Nt N +2   28 23 4,0   QJT2         +630
1,0 18 30 170 3 N +1   12 3 13,0 T2     QJ9653
8,0 20 29 630 3Nt N +1   4 11 6,0 J974     Q   N S E W
6,0 26 21 620 4 N =   16 35 8,0 AJ975     QT83 11 11 2 2
4,0 1 10 500 5x E -3   24 27 10,0 86     K3 5 5 7 7
13,0 19 32 790 4x N =   36 14 1,0         8         10 10 3 3
13,0 15 33 790 4x N =   22 25 1,0   AKT3   6 6 6 6
  K64   NT 8 10 3 3
        A9754        
B O A R D   N R . 6 6 A72        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E J85         OPT. RES FOR NS
9,0 5 8 110 1 S +1   7 6 5,0 E-W AQ94        
1,0 2 28   3Nt N -2 100 23 9 13,0   J93         +110
9,0 18 12 110 3 S =   3 30 5,0 JT     9853
4,0 20 4   3Nt N -1 50 11 29 10,0 KQ64     A9   N S E W
1,0 26 16   2Nt N -2 100 35 21 13,0 73     852 4 4 9 9
14,0 1 24 400 3Nt N =   27 10 0,0 A8642     KT75 9 9 4 4
12,0 19 36 150 1Nt S +2   14 32 2,0         KQ64         5 5 6 6
6,0 15 22 100 3♣ E -1   25 33 8,0   T732   7 7 5 5
  KJT6   NT 5 5 6 6
        Q        
B O A R D   N R . 7 7 A65        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S T5         OPT. RES FOR NS
0,0 9 11   1Nt S -3 300 10 12 14,0 ALL 9765        
9,0 6 15   2 W = 90 1 32 5,0   9643         -110
12,0 36 7 100 2 E -1   21 4 2,0 T83     942
9,0 22 3   2 W = 90 34 8 5,0 AJ7     Q9862   N S E W
14,0 30 27 300 4 E -3   14 17 0,0 AQ832     JT 7 8 5 5
6,0 2 31   1Nt S -1 100 5 16 8,0 A8     QT5 5 5 8 8
2,0 23 18   1Ntx S -1 200 33 26 12,0         KQJ7         3 4 8 8
4,0 19 29   2 E = 110 28 13 10,0   K43   6 7 6 6
  K4   NT 5 5 7 7
        KJ72        
B O A R D   N R . 8 8 4        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W AT86532         OPT. RES FOR NS
0,0 9 10   6 N -2 100 12 11 14,0 --- AQ92        
8,0 6 1 420 4 N =   32 15 6,0   5         +420
2,0 36 21   4♠ S -1 50 4 7 12,0 K9     QJ73
8,0 22 34 420 4 N =   8 3 6,0 4     KJ9   N S E W
8,0 30 14 420 4 N =   17 27 6,0 KJ8653     74 6 7 6 6
14,0 2 5 690 4x N +1   16 31 0,0 K764     JT98 7 7 6 6
4,0 23 33 200 3 N +2   26 18 10,0         AT8652         10 10 2 2
12,0 19 28 450 4 N +1   13 29 2,0   Q7   8 8 4 4
  T   NT 6 7 6 6
        AQ32        
B O A R D   N R . 9 9 KJ843        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 64         OPT. RES FOR NS
9,0 9 12 400 3Nt N =   11 10 5,0 E-W AT        
0,0 6 32   3♠ N -2 100 15 1 14,0   KQ63         +420
2,0 36 4   3Nt S -1 50 7 21 12,0 AQ76     92
5,0 22 8 170 2 S +2   3 34 9,0 9532     A7   N S E W
13,0 30 17 430 3Nt S +1   27 14 1,0 K74     Q952 7 7 5 6
5,0 2 16 170 2 S +2   31 5 9,0 54     JT987 8 8 5 5
9,0 23 26 400 3Nt N =   18 33 5,0         T5         10 9 3 3
13,0 19 13 430 3Nt N +1   29 28 1,0   KQJT8   8 8 4 4
  J863   NT 9 9 4 4
        A2        
B O A R D   N R . 1 0 10 642        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E A42         OPT. RES FOR NS
5,0 13 15   3Nt W +1 630 14 16 9,0 ALL T763        
5,0 20 31   3Nt W +1 630 21 12 9,0   753         -630
5,0 25 23   3Nt W +1 630 1 17 9,0 AKT     QJ97
5,0 24 19   3Nt W +1 630 2 26 9,0 J97     K865   N S E W
5,0 9 7   3Nt W +1 630 29 33 9,0 A54     K98 3 3 10 10
13,0 22 11   3Nt W = 600 18 32 1,0 QT98     KJ 4 4 8 8
5,0 27 34   3Nt W +1 630 4 5 9,0         853         3 3 10 10
13,0 35 10   3Nt W = 600 8 30 1,0   QT3   3 3 10 10
  QJ2   NT 3 3 10 10
        A642        
B O A R D   N R . 1 1 11 632        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S AT7         OPT. RES FOR NS
13,0 13 14 140 3♠ S =   16 15 1,0 --- AT72        
2,0 20 21   3♠ S -2 100 12 31 12,0   975         +140
7,0 25 1   2♠ S -1 50 17 23 7,0 J94     K
7,0 24 2   3♠ S -1 50 26 19 7,0 J32     KQ865   N S E W
7,0 9 29   3♠ S -1 50 33 7 7,0 K9653     QJ8 7 7 6 6
0,0 22 18   3 E = 140 32 11 14,0 Q4     AT83 5 5 8 8
7,0 27 4   3♠ S -1 50 5 34 7,0         AQT875         5 5 8 8
13,0 35 8 140 3♠ S =   30 10 1,0   94   9 9 4 4
  4   NT 7 7 6 6
        KJ62        
B O A R D   N R . 1 2 12 8742        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W J965         OPT. RES FOR NS
8,0 13 16 100 2x W -1   15 14 6,0 N-S T        
2,0 20 12   3♠ N -2 200 31 21 12,0   KJ83         +100
8,0 25 17 100 4 W -2   23 1 6,0 K     JT63
13,0 24 26 150 3Nt E -3   19 2 1,0 QT43     K872   N S E W
4,0 9 33 50 3 W -1   7 29 10,0 J975     AQ6 7 7 6 5
13,0 22 32 150 4 W -3   11 18 1,0 QT54     A2 6 6 7 6
8,0 27 5 100 3 E -2   34 4 6,0         AQ95         5 5 8 8
0,0 35 30   2x S -3 800 10 8 14,0   A   8 8 4 4
  K8432   NT 6 6 6 6
        976        
B O A R D   N R . 1 3 13 72        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 9632         OPT. RES FOR NS
13,0 17 19 100 6Nt W -1   18 20 1,0 ALL AT542        
10,0 4 35   3Nt E +1 630 14 22 4,0   87         -660
5,0 24 15   3Nt E +2 660 29 5 9,0 KQT65     AJ4
13,0 30 23 100 6♠ W -1   6 16 1,0 J5     KQ8   N S E W
5,0 34 11   3Nt E +2 660 1 28 9,0 Q73     KJ9 3 3 10 10
0,0 33 3   3Nt E +3 690 21 13 14,0 Q96     AK43 4 4 9 9
5,0 31 25   3Nt E +2 660 8 9 9,0         983         4 4 7 7
5,0 27 2   3Nt E +2 660 12 36 9,0   AT74   2 2 11 11
  86   NT 2 2 11 11
        JT52        
B O A R D   N R . 1 4 14 A6        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E KT8         OPT. RES FOR NS
6,0 17 18   3Nt N -4 200 20 19 8,0 --- 4        
4,0 4 14   4♣x N -2 300 22 35 10,0   KJT9752         -140
12,0 24 29 100 3 E -2   5 15 2,0 Q94     K753
12,0 30 6 100 4 E -2   16 23 2,0 Q96     AJ743   N S E W
0,0 34 1   4x S -3 500 28 11 14,0 T53     A76 6 6 7 7
8,0 33 21 50 3 E -1   13 3 6,0 AQ83     6 7 6 6 6
2,0 31 8   3Nt W = 400 9 25 12,0         JT82         4 3 9 9
12,0 27 12 100 4 E -2   36 2 2,0   52   5 4 8 8
  KQJ982   NT 4 4 8 8
        4        
B O A R D   N R . 1 5 15 9732        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S A8         OPT. RES FOR NS
2,0 17 20   3 S -1 100 19 18 12,0 N-S K97        
14,0 4 22 110 2 S =   35 14 0,0   K985         -140
2,0 24 5   3 S -1 100 15 29 12,0 QJ64     AKT8
2,0 30 16   3 S -1 100 23 6 12,0 T4     73   N S E W
8,0 34 28 50 4♠ W -1   11 1 6,0 Q865     AJ43 6 6 6 6
8,0 33 13 50 4♠ W -1   3 21 6,0 AQ6     T72 4 4 9 9
12,0 31 9 100 4♠ E -2   25 8 2,0         5         9 9 4 4
8,0 27 36 50 3♠ E -1   2 12 6,0   KQJ9652   4 4 9 9
  T2   NT 6 6 6 6
        J43        
B O A R D   N R . 1 6 16 Q853        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W A653         OPT. RES FOR NS
4,0 21 23 120 2Nt N =   22 24 10,0 E-W AK87        
7,0 18 27 140 2♠ S +1   13 8 7,0   2         +140
0,0 16 19   4♠ S -1 50 34 9 14,0 T92     KJ
12,0 10 15 800 5x E -3   36 17 2,0     KQJ92   N S E W
12,0 32 3 800 4x W -3   25 5 2,0 J96543     QT2 7 7 6 6
2,0 14 7 110 2♠ N =   20 28 12,0 K863     QJ9 6 6 7 7
7,0 35 29 140 2 S +1   12 1 7,0         A764         9 9 4 4
12,0 31 6 800 3x W -3   4 26 2,0   T874   9 9 4 4
    NT 7 7 6 6
        AT754        
B O A R D   N R . 1 7 17 KT743        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 7         OPT. RES FOR NS
1,0 21 22 400 3Nt S =   24 23 13,0 --- AQ74        
8,0 18 13 430 3Nt S +1   8 27 6,0   QJ3         +450
8,0 16 34 430 3Nt S +1   9 19 6,0 J92     A65
1,0 10 36 400 3Nt N =   17 15 13,0 KJ542     T98   N S E W
8,0 32 25 430 3Nt S +1   5 3 6,0 95     KT3 9 9 3 3
8,0 14 20 430 3Nt S +1   28 7 6,0 T52     9764 11 11 2 2
8,0 35 12 430 3Nt S +1   1 29 6,0         Q8         7 7 6 6
14,0 31 4 460 5Nt N =   26 6 0,0   AQ63   11 10 2 2
  J862   NT 9 9 4 4
        AK8        
B O A R D   N R . 1 8 18 QJT62        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E T3         OPT. RES FOR NS
2,0 21 24   3 W +1 170 23 22 12,0 N-S J        
7,0 18 8 170 2♠ S +2   27 13 7,0   J9642         +100
12,0 16 9 200 2♠ S +3   19 34 2,0 754     3
7,0 10 17 170 2♠ N +2   15 36 7,0 AK72     Q9865   N S E W
14,0 32 5 620 4♠ N =   3 25 0,0 AQ54     KT986 10 10 2 2
0,0 14 28   4x W +1 690 7 20 14,0 Q3     T5 2 2 10 10
7,0 35 1 170 2♠ S +2   29 12 7,0         AK98         2 2 10 10
7,0 31 26 170 2♠ S +2   6 4 7,0   J4   10 10 2 2
  732   NT 3 3 3 3
        AK87        
B O A R D   N R . 1 9 19 T87        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S K743         OPT. RES FOR NS
9,0 25 27 420 4 N =   26 28 5,0 E-W KJ        
3,0 34 7 170 2 N +2   30 24 11,0   A653         +420
9,0 32 35 420 4 N =   2 13 5,0 J54     A93
14,0 14 31 430 3Nt S +1   1 33 0,0 Q8     JT6   N S E W
9,0 12 19 420 4 N =   6 22 5,0 QT74     9832 8 8 4 4
3,0 8 23 170 2 N +2   29 36 11,0 KQ74     T98 8 8 5 5
0,0 3 10   4 S -2 100 16 20 14,0         KQ62         10 10 3 3
9,0 11 21 420 4 N =   17 5 5,0   A952   10 10 3 3
  A65   NT 9 9 4 4
        J2        
B O A R D   N R . 2 0 20 JT2        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W 7         OPT. RES FOR NS
13,0 25 26 1430 6 S =   28 27 1,0 ALL AK73        
3,0 34 30 680 4 S +2   24 7 11,0   AKQ92         +1430
3,0 32 2 680 4 S +2   13 35 11,0 A763     KQ854
6,0 14 1 710 4 S +3   33 31 8,0 T54     J6   N S E W
9,0 12 6 720 3Nt N +4   22 19 5,0 J98     T542 12 12 0 0
9,0 8 29 720 3Nt N +4   36 23 5,0 743     JT 11 11 2 2
13,0 3 16 1430 6 S =   20 10 1,0         9         12 12 0 0
0,0 11 17   6Nt N -4 400 5 21 14,0   AKQ9832   7 7 5 5
  Q6   NT 8 8 0 0
        865        
B O A R D   N R . 2 1 21 A2        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N AKT63         OPT. RES FOR NS
14,0 25 28 500 6♣x W -3   27 26 0,0 N-S QT8        
1,0 34 24   5♣x W +1 650 7 30 13,0   T96         +100
6,0 32 13   4 N -1 100 35 2 8,0 543     T98
6,0 14 33   4 N -1 100 31 1 8,0 8     752   N S E W
6,0 12 22   4 N -1 100 19 6 8,0 A4     KJ952 1 1 9 9
11,0 8 36 300 5♣x W -2   23 29 3,0 AKQ8754     J3 1 1 7 7
11,0 3 20 300 5♣x W -2   10 16 3,0         KQJ76         9 9 2 2
1,0 11 5   5♣x W +1 650 21 17 13,0   QJ94   7 7 3 3
  763   NT 1 1 3 3
        2        
B O A R D   N R . 2 2 22 KJ763        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E K9532         OPT. RES FOR NS
11,0 29 31 100 2Nt E -1   30 32 3,0 E-W Q        
8,0 16 11 80 1♠ N =   25 36 6,0   T2         -600
4,0 6 27   1Nt W +3 180 20 33 10,0 94     AQ82
0,0 28 35   2♠x N -3 500 18 5 14,0 AT76     J4   N S E W
14,0 10 23 200 2Nt E -2   13 4 0,0 A63     JT942 4 4 8 8
11,0 12 15 100 3 W -1   34 26 3,0 AQ73     94 3 3 9 9
2,0 7 2   2♠x N -2 300 17 22 12,0         T5         4 4 8 8
6,0 3 14   2♠ N -2 100 24 9 8,0   Q8   5 5 8 8
  K875   NT 3 3 9 9
        KJ865        
B O A R D   N R . 2 3 23 4        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S 87542         OPT. RES FOR NS
12,0 29 30 110 2♠ S =   32 31 2,0 ALL KJ97        
6,0 16 25   2♠ S -1 100 36 11 8,0   K92         -120
6,0 6 20   2♠ S -1 100 33 27 8,0 Q97     AT6
12,0 28 18 110 2♠ S =   5 35 2,0 JT3     AQ9   N S E W
2,0 10 13   3 E = 110 4 23 12,0 A4     QT653 6 6 7 6
12,0 12 34 110 2♠ S =   26 15 2,0 JT753     Q4 6 6 7 7
6,0 7 17   2♠ S -1 100 22 2 8,0         KJ8532         6 6 6 6
0,0 3 24   2♠ S -2 200 9 14 14,0   K6   8 8 5 5
  82   NT 5 5 8 7
        A86        
B O A R D   N R . 2 4 24 KQ7        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: W QT8         OPT. RES FOR NS
11,0 29 32 500 4♠x E -3   31 30 3,0 --- 73        
11,0 16 36 500 4♠x E -3   11 25 3,0   QJ873         +450
14,0 6 33 980 6 S =   27 20 0,0 AT5     J8432
3,0 28 5 450 4 S +1   35 18 11,0 7     J94   N S E W
8,0 10 4 460 4Nt N +1   23 13 6,0 T9864     Q 6 6 7 7
3,0 12 26 450 4 S +1   15 34 11,0 K965     AT42 9 10 3 3
3,0 7 22 450 4 S +1   2 17 11,0         96         11 11 2 2
3,0 3 9 450 4 S +1   14 24 11,0   AK6532   6 6 6 6
  AKJ52   NT 10 10 3 3
                 
B O A R D   N R . 2 5 25 A8654        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: N 964         OPT. RES FOR NS
14,0 33 35 1100 5♣x W -4   34 36 0,0 E-W KJ82        
7,0 29 3 420 4 S =   26 17 7,0   7         +420
7,0 28 31 420 4 S =   10 22 7,0 Q3     J2
11,0 21 27 450 4 S +1   9 32 3,0 J     QT5   N S E W
1,0 8 15 140 3 S =   2 20 13,0 AT95     Q643 4 4 9 9
11,0 4 19 450 4 S +1   25 30 3,0 AK6532     JT98 5 5 8 8
4,0 11 6 200 4♣x W -1   24 13 10,0         KT97         10 10 3 3
1,0 7 18 140 3 S =   16 1 13,0   AK8732   10 10 3 3
  7   NT 6 6 5 5
        Q4        
B O A R D   N R . 2 6 26 Q653        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: E AT8         OPT. RES FOR NS
12,0 33 34 500 1x W -2   36 35 2,0 ALL KJ8        
0,0 29 26   4♠x N -1 200 17 3 14,0   A63         -130
2,0 28 10   3 E +1 170 22 31 12,0 AK     T2
5,0 21 9   3♣ E = 110 32 27 9,0 K96     J7532   N S E W
5,0 8 2   2 W = 110 20 15 9,0 A632     4 3 3 10 10
10,0 4 25 200 3Ntx W -1   30 19 4,0 J542     KQT97 8 8 5 5
8,0 11 24 100 3 W -1   13 6 6,0         J9874         4 4 9 9
14,0 7 16 710 4x N =   1 18 0,0   Q4   9 9 4 4
  QT975   NT 6 6 7 7
        8        
B O A R D   N R . 2 7 27 AT874        
P-NS N S R-NS CNT P TR R-EW E W P-EW D: S J6         OPT. RES FOR NS
7,0 33 36 100 4 E -2   35 34 7,0 --- KT73        
10,0 29 17 110 2♠ N =   3 26 4,0   AK         +100
14,0 28 22 530 3♠x N =   31 10 0,0 5     KQJ9
1,0 21 32   4♠x N -2 300 27 9 13,0 AQT4     K7532   N S E W
4,0 8 20   2♠ N -1 50 15 2 10,0 Q8     52 5 5 8 8
1,0 4 30   4♠x N -2 300 19 25 13,0 QJ8742     T9 9 9 4 4
7,0 11 13 100 4 E -2   6 24 7,0         632         5 5 8 8
12,0 7 1 470 2♠x N =   18 16 2,0   98   8 8 5 5
  AJ964   NT 8 8 5 5
        653