T A L L I N N A   S E E N I O R I D E   B R I D Ž I   K L U B I B O A R D   N R .   1 B O A R D   N R .   2 B O A R D   N R .   3
P A A R I T U R N I I R   -   1 7 . 0 7 . 2 0 1 8 P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
G E N E R E E R I T U D   :   1 7 . 0 7 . 2 0 1 8   1 6 : 2 2 : 3 7 4,0 1 450 4♠ S +1     2 4,0 2,0 1 110 2 N =     2 6,0 7,0 1   2 S -1   50 2 1,0
RESULTS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATIONS PROGRAM 4,0 8 450 4♠ S +1     3 4,0 4,0 8 120 2Nt N =     3 4,0 7,0 8   3 S -1   50 3 1,0
1 63,89% 10 Kolk, Ants Vassar, Toomas 4,0 6 450 4♠ S +1     9 4,0 0,0 6   3♠ N -2   200 9 8,0 0,0 6   1Nt E +2   150 9 8,0
2 60,65% 4 Maalder, Enn Kuld, Enno 4,0 10 450 4♠ S +1     4 4,0 7,0 10 140 2♠ S +1     4 1,0 4,0 10   1Nt E =   90 4 4,0
3 55,56% 9 Suurväli, Albert Aavekukk, Agu 4,0 7 450 4♠ S +1     5 4,0 7,0 7 140 2♠ S +1     5 1,0 2,0 7   3 S -2   100 5 6,0
4 55,09% 8 Kangur, Konstantin Kuivallik, Tõnu B O A R D   N R .   4 B O A R D   N R .   5 B O A R D   N R .   6
5 51,39% 2 Hallika, Toivo Andressoo, Ain P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
6 50,00% 6 Ruubel, Taavi Lüdig, Peeter 4,0 1 140 2♠ N +1     9 4,0 4,0 1 620 4♠ N =     9 4,0 0,0 1   3Nt N -3   150 9 8,0
7 47,69% 1 Palm, Ludmilla Kukkela, Matti 0,0 3   4♠ S -1   100 4 8,0 0,0 3 100 4 W -2     4 8,0 3,0 3   3♣ N -2   100 4 5,0
8 43,52% 5 Tammesalu, Vahur Laugen, Ülo 8,0 10 680 4♠ N +2     7 0,0 6,0 10 800 5♣x W -4     7 2,0 6,0 10   3Nt N -1   50 7 2,0
9 39,81% 7 Tamm, Marje Tamm, Eugen 4,0 5 140 1 N +2     2 4,0 2,0 5 170 2♠ N +2     2 6,0 8,0 5 400 3Nt N =     2 0,0
10 32,41% 3 Uuring, Siiri Helmvee, Fatima 4,0 6 140 1 N +2     8 4,0 8,0 6 990 4♠x N +1     8 0,0 3,0 6   3Nt N -2   100 8 5,0
B O A R D   N R .   7 B O A R D   N R .   8 B O A R D   N R .   9
P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
2,0 1   4 S -1   100 7 6,0 4,0 1 110 3♣ S =     7 4,0 6,0 1   4♠ E =   620 7 2,0
0,0 4   4 S -2   200 2 8,0 4,0 4 110 2 S =     2 4,0 2,0 4   4♠ E +1   650 2 6,0
8,0 5 630 3Nt N +1     6 0,0 0,0 5   3Nt S -4   200 6 8,0 2,0 5   4♠ E +1   650 6 6,0
6,0 8 500 4♣x W -2     9 2,0 4,0 8 110 2 N =     9 4,0 2,0 8   4♠ E +1   650 9 6,0
4,0 10 170 3 S +1     3 4,0 8,0 10 400 3Nt S =     3 0,0 8,0 10 200 6♠ E -2     3 0,0
B O A R D   N R .   1 0 B O A R D   N R .   1 1 B O A R D   N R .   1 2
P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
5,0 1   2♠ W =   110 6 3,0 8,0 1 50 3 W -1     6 0,0 2,0 1   4 E +1   450 6 6,0
2,0 2   2♠ W +1   140 9 6,0 4,0 2   2♠ N -1   50 9 4,0 8,0 2 50 3Nt E -1     9 0,0
5,0 8   2♠ W =   110 10 3,0 4,0 8   3Nt S -1   50 10 4,0 6,0 8   4 E =   420 10 2,0
8,0 3 70 1 S =     7 0,0 0,0 3   2Nt N -3   150 7 8,0 2,0 3   4 E +1   450 7 6,0
0,0 5   2♠ W +2   170 4 8,0 4,0 5   3♠ N -1   50 4 4,0 2,0 5   4 E +1   450 4 6,0
B O A R D   N R .   1 3 B O A R D   N R .   1 4 B O A R D   N R .   1 5
P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
4,0 1   2♠ W +2   170 10 4,0 1,0 1   6♠ S -1   50 10 7,0 8,0 1 100 3Ntx W -1     10 0,0
6,0 9 500 4♠x W -2     7 2,0 8,0 9 980 6♠ S =     7 0,0 2,0 9   3 W =   110 7 6,0
1,0 3   4♠ W =   620 5 7,0 5,0 3 450 5♠ S =     5 3,0 0,0 3   3♣ E +2   150 5 8,0
8,0 4 620 4 S =     6 0,0 1,0 4   6♠ S -1   50 6 7,0 5,0 4 50 3Nt W -1     6 3,0
1,0 8   4♠ W =   620 2 7,0 5,0 8 450 4♠ S +1     2 3,0 5,0 8 50 4♠ W -1     2 3,0
B O A R D   N R .   1 6 B O A R D   N R .   1 7 B O A R D   N R .   1 8
P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
4,0 1   3♣ E +1   130 5 4,0 8,0 1 300 3x W -2     5 0,0 8,0 1   4♠ W =   420 5 0,0
2,0 7   1Nt E +3   180 6 6,0 4,0 7   2 E =   110 6 4,0 1,0 7   3Nt E +2   460 6 7,0
8,0 4 200 3Nt E -2     8 0,0 1,0 4   1Nt E +1   120 8 7,0 1,0 4   3Nt W +2   460 8 7,0
0,0 2   3Nt E +1   630 10 8,0 6,0 2   1Nt S -1   50 10 2,0 5,0 2   4♠ W +1   450 10 3,0
6,0 3   3♣ W =   110 9 2,0 1,0 3   1Nt E +1   120 9 7,0 5,0 3   4♠ W +1   450 9 3,0
B O A R D   N R .   1 9 B O A R D   N R .   2 0 B O A R D   N R .   2 1
P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
5,0 1   1Nt S -1   50 8 3,0 2,0 1 650 4♠ N +1     8 6,0 0,0 1   3Nt N -2   200 8 8,0
0,0 6   1Nt E +1   120 10 8,0 4,0 6 660 3Nt S +2     10 4,0 3,0 6   3Nt S -1   100 10 5,0
5,0 2   1Nt S -1   50 3 3,0 7,0 2 690 3Nt S +3     3 1,0 6,0 2 150 3 W -3     3 2,0
2,0 9   2♠ E =   110 5 6,0 0,0 9   6Nt S -2   200 5 8,0 8,0 9 200 3 W -4     5 0,0
8,0 4 110 2 S =     7 0,0 7,0 4 690 3Nt S +3     7 1,0 3,0 4   3Nt S -1   100 7 5,0
B O A R D   N R .   2 2 B O A R D   N R .   2 3 B O A R D   N R .   2 4
P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
6,0 1 100 3 E -1     3 2,0 6,0 1   2Nt W =   120 3 2,0 1,0 1   5 N -2   100 3 7,0
6,0 10 100 3Nt W -1     5 2,0 8,0 10   2 W =   110 5 0,0 8,0 10 420 4 S =     5 0,0
6,0 9 100 3 W -1     4 2,0 0,0 9   1♣x S -2   500 4 8,0 5,0 9 130 3 N +1     4 3,0
0,0 7   1Nt W +1   120 8 8,0 2,0 7   3 W +1   170 8 6,0 5,0 7 130 2 N +2     8 3,0
2,0 2   3x N -1   100 6 6,0 4,0 2   2Nt W +1   150 6 4,0 1,0 2   2Nt S -2   100 6 7,0
B O A R D   N R .   2 5 B O A R D   N R .   2 6 B O A R D   N R .   2 7
P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW P-NS NS R-NS CNT P TR L R-EW EW P-EW
0,0 1   4♣ N -1   50 4 8,0 2,0 1   3Nt E +1   630 4 6,0 0,0 1 130 2 N +2     4 8,0
7,0 5 130 3♣ N +1     8 1,0 2,0 5   3Nt E +1   630 8 6,0 6,0 5 480 4♠ S +2     8 2,0
7,0 7 130 3♣ N +1     2 1,0 2,0 7   3Nt E +1   630 2 6,0 6,0 7 480 4♠ S +2     2 2,0
2,0 6 100 3♠ W -1     3 6,0 7,0 6   3Nt W =   600 3 1,0 6,0 6 480 4♠ N +2     3 2,0
4,0 9 120 1Nt S +1     10 4,0 7,0 9   3Nt E =   600 10 1,0 2,0 9 450 4♠ S +1     10 6,0