E S T O N I A N   T O U R N A M E N T   B R I D G E   L E A G U E
I N T E R N A T I O N A L   B R I D G E   F E S T I V A L   " T A L L I N N  2 0 1 5 "
P A I R S   T O U R N A M E N T   -   F A R E W E L L   S W I S S   I M P
G E N E R A T E D   :   3 1 . 0 5 . 2 0 1 5   1 4 : 1 0 : 4 5
PROTOCOLS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATION PROGRAM
B O A R D   N R . 2 5 25 A74           N S B O A R D   N R . 2 6
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: N J63   5 5 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+9 14   2♠ E +2 3 170 5 -9 E-W KJT93   5 5 -3 14   3♠ W = 3 140 5 +3
+8 23   1♠ E +4 Q 200 16 -8   T3   5 5 +4 23 100 4♠ W -1 A   16 -4
+8 10   2♠ E +3 ♣5 200 11 -8 JT6 KQ982 2 2 -3 10   2♠ W +1 A 140 11 +3
-2 7   4♠ E = ♠3 620 15 +2 K8 AT42 Nt 4 4 -2 7   4 N -1 ♠3 100 15 +2
+8 20   2♠ W +3 3 200 26 -8 A8542 6   E W -3 20   2♠ W +1 7 140 26 +3
-3 32   4♠ W +1 ♣T 650 34 +3 AQ7 862 8 8 +4 32 100 4♠ W -1 2   34 -4
+9 35   3♠ E +1 ♣4 170 21 -9   53   8 8 -3 35   2♠ W +1 A 140 21 +3
+8 3   2♠ E +3 ♠5 200 2 -8 NS.OPT Q975   8 8 -3 3   3♠ W = ♣A 140 2 +3
-3 27   4♠ E +1 Q 650 31 +3 -650 Q7   11 11 +6 27 200 4♠ W -2 ♣A   31 -6
+2 33   2x N -3 6 500 13 -2         KJ954         Nt 8 8 -3 33   2♠ W +1 A 140 13 +3
-3 17   4♠ E +1 Q 650 19 +3 26 KJT           N S +4 17 100 3♠ W -1 ♣A   19 -4
-1 12   3Nt W = ♠4 600 8 +1 D: E A7654   8 8 +6 12 200 4♠ W -2 ♣A   8 -6
-10 18   4♠x E +1 ♣2 990 22 +10 ALL 732   8 8 +4 18 100 3♠ W -1 ♣A   22 -4
-3 24   4♠ E +1 Q 650 30 +3   A8   6 6 -12 24   3♠x W = 7 730 30 +12
-3 25   4♠ E +1 Q 650 9 +3 AQ9742 865 4 4 -2 25   4 N -1 ♠3 100 9 +2
-3 28   4♠ W +1 ♣T 650 1 +3 QJT K32 Nt 7 7 +4 28 100 4 E -1 ♠5   1 -4
-3 6   4♠ E +1 Q 650 29 +3 A8 KQ4   E W +6 6 200 3♠x W -1 ♣A   29 -6
-2 4   4♠ E = ♣4 620 36 +2 65 J743 5 5 -3 4   2♠ W +1 A 140 36 +3
                      3   4 4                    
NS.OPT 98   6 6
-110 JT965   8 8
        KQT92         Nt 6 6
B O A R D   N R . 2 7 27 QT43           N S B O A R D   N R . 2 8
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: S 952   1 1 P-NS NS R-NS CNT P TR L R-EW EW P-EW
0 14   3Nt W = 3 400 5 0 --- J86   6 6 -1 14 50 3 W -1 3   5 +1
+11 23 100 3Nt W -2 9   16 -11   AT9   1 1 +2 23 150 3 W -3 A   16 -2
0 10   4 E = A 420 11 0 AK652 7 6 6 +6 10 300 5x W -2 A   11 -6
-1 7   4 E +1 A 450 15 +1 KJ AQT74 Nt 6 6 +2 7 150 4 S +1 K   15 -2
0 20   5♣ E = A 400 26 0 9542 Q   E W -6 20   2 W +1 A 140 26 +6
+10 32 50 3Nt E -1 3   34 -10 Q4 KJ7653 11 11 +1 32 110 3 S = K   34 -1
0 35   5♣ E = A 400 21 0   J98   6 6 -6 35   2 W +1 A 140 21 +6
0 3   3Nt W = 5 400 2 0 NS.OPT 863   11 11 -1 3 50 3 W -1 A   2 +1
-2 27   3Nt E +3 6 490 31 +2 -450 AKT73   7 7 -1 27 50 4 W -1 A   31 +1
-1 33   4 E +1 A 450 13 +1         82         Nt 7 7 +1 33 100 4 W -2 A   13 -1
-2 17   3Nt E +3 ♣8 490 19 +2 28 Q96           N S +2 17 130 4 S = K   19 -2
0 12   4 E = K 420 8 0 D: W 7   9 9 -1 12 50 3 W -1 K   8 +1
0 18   4 E = K 420 22 0 N-S AKQ9   11 11 +1 18 100 3♠ E -2 ♣A   22 -1
-2 24   3Nt W +3 ♣T 490 30 +2   K7652   5 5 +1 24 100 4 W -2 2   30 -1
-1 25   4 E +1 K 450 9 +1 AJ82 T73 6 6 +2 25 150 4 W -3 K   9 -2
+10 28 50 3Nt E -1 5   1 -10 AKJ86 Q942 Nt 7 7 -6 28   2 W +1 K 140 1 +6
0 6   5♣ E = A 400 29 0 J T87   E W -6 6   3 W = A 140 29 +6
0 4   3Nt E = 3 400 36 0 983 QJ4 4 4 -1 4 50 4 W -1 K   36 +1
                      K54   2 2                    
NS.OPT T53   7 7
+600 65432   6 6
        AT         Nt 6 6