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
5 2 T H   T A L L I N N   B R I D G E   F E S T I V A L   2 0 1 9
I N V I T A T I O N A L   P A I R S   -   B U T L E R   T O U R N A M E N T
G E N E R A T E D   :   0 2 . 0 5 . 2 0 1 9   1 9 : 5 7 : 1 8
PROTOCOLS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATION PROGRAM
B O A R D   N R .   1 7                   17 JT72           N S B O A R D   N R .   1 8                  
P-NS NS R-NS Nt P TR L R-EW EW P-EW D: N J987   8 8 P-NS NS R-NS Nt P TR L R-EW EW P-EW
-34 31   2 E = ♣K 110 28 +34 --- Q9   7 7 +32 31 80 1♠ S = 8   28 -32
-42 26   2Nt E = ♣K 120 13 +42   A98   5 5 +17 26 50 4 E -1 K   13 -17
-42 7   2Nt E = 4 120 9 +42 AQ9 K43 6 6 +32 7 80 1♠ S = 6   9 -32
+50 29 100 3Nt W -2 ♠2   4 -50 QT32 AK65 Nt 5 5 -40 29   2 E = K 90 4 +40
+28 20 50 3 E -1 ♠6   23 -28 A76 JT2   E W +32 20 80 1♠ S = 7   23 -32
-27 1   1Nt E = ♣K 90 16 +27 J43 652 5 5 +17 1 50 1♠ E -1 K   16 -17
+50 6 100 4 W -2 ♠J   22 -50   865   6 6 +17 6 50 3 E -1 K   22 -17
-11 21   3♣ N -1 A 50 17 +11 NS.OPT 4   8 8 +17 21 50 3 W -1 2   17 -17
+71 3 150 4 E -3 ♣K   24 -71 -100 K8543   7 7 +60 3 140 3 S = ♠5   24 -60
-42 15   2Nt E = 4 120 27 +42         KQT7         Nt 8 8 +17 15 50 3 E -1 A   27 -17
-42 25   2Nt E = ♣K 120 8 +42 18 T7           N S -43 25   3 E = 5 110 8 +43
+28 32 50 2 E -1 ♣Q   12 -28 D: E T92   5 5 -43 32   3 E = K 110 12 +43
+50 5 100 4 W -2 ♠J   18 -50 N-S Q96   4 4 +17 5 50 3 E -1 K   18 -17
-158 30   2x N -3 ♣6 500 2 +158   JT984   8 8 -194 30   5x S -3 ♣2 800 2 +194
+71 10 150 4 E -3 ♣K   19 -71 5 QJ432 7 7 +17 10 50 3 E -1 ♣6   19 -17
+50 11 100 3 E -2 ♣K   14 -50 8764 Q Nt 5 5 +45 11 100 3 E -2 A   14 -45
K73 AJT84   E W
Q7532 AK 7 7
  AK986   9 9
NS.OPT AKJ53   5 5
-110 52   6 6
        6         Nt 5 5
B O A R D   N R .   1 9                   19 KJT743           N S B O A R D   N R .   2 0                  
P-NS NS R-NS Nt P TR L R-EW EW P-EW D: S 94   6 6 P-NS NS R-NS Nt P TR L R-EW EW P-EW
-28 31 170 3♠ N +1 3   28 +28 E-W Q76   6 6 -122 31   3Nt S -2 ♣7 200 28 +122
-15 26 200 3♠ N +2 ♣5   13 +15   K4   5 5 -91 26   4 N -1 ♣K 100 13 +91
-15 7 200 3♠ N +2 ♣5   9 +15 98 Q2 10 10 -6 7 170 2 N +2 ♣8   9 +6
-15 29 200 3♠ N +2 ♣5   4 +15 AQ63 KT75 Nt 8 8 -122 29   3Nt S -2 ♣4 200 4 +122
-28 20 170 3♠ N +1 ♣5   23 +28 54 KT832   E W -31 20 110 2♠ S = J   23 +31
+65 1 400 3Nt N = ♣T   16 -65 AQ982 53 7 7 +162 1 800 2♣x E -3 ♣T   16 -162
-108 6   3♠ N -1 7 50 22 +108   A65   6 6 -31 6 110 2♠ S = J   22 +31
+76 21 430 3Nt N +1 ♣5   17 -76 NS.OPT J82   8 8 -17 21 140 2♠ S +1 J   17 +17
-15 3 200 2♠ N +3 ♣5   24 +15 +420 AJ9   3 3 -17 3 150 2Nt S +1 T   24 +17
-15 15 200 3♠ N +2 ♣5   27 +15         JT76         Nt 4 4 +114 15 600 3Nt S = J   27 -114
-28 25 170 3♠ N +1 ♣3   8 +28 20 A           N S -91 25   4 N -1 ♣2 100 8 +91
-28 32 170 3♠ N +1 ♣5   12 +28 D: W KQ854   8 8 +120 32 630 3Nt S +1 J   12 -120
-15 5 200 3♠ N +2 7   18 +15 ALL AJ84   11 11 -91 5   3Nt S -1 T 100 18 +91
+65 30 400 3Nt S = ♣2   2 -65   653   10 10 -17 30 140 2 N +1 2   2 +17
+75 10 420 4♠ N = ♣5   19 -75 J74 K963 9 9 +120 10 620 4 N = ♣2   19 -120
+29 11 300 4 W -3 ♠J   14 -29 JT97 62 Nt 9 9 +120 11 630 3Nt S +1 J   14 -120
QT6 752   E W
A74 KJ82 3 3
  QT852   2 2
NS.OPT A3   3 3
+620 K93   4 4
        QT9         Nt 4 4