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 0 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 7
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   :   2 5 . 0 5 . 2 0 1 7   2 0 : 0 9 : 1 6
PROTOCOLS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATION PROGRAM
B O A R D   N R .   2 9 29 JT963           N S B O A R D   N R .   3 0
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: N   5 5 P-NS NS R-NS CNT P TR L R-EW EW P-EW
-5 26 1370 6 S = ♣2   8 +5 ALL A985   13 13 +159 26 100 6♠ W -2 4   8 -159
+7 11 1390 6 N +1 ♣9   32 -7   QJT3   7 7 -16 11   4♠ E +1 J 450 32 +16
+7 16 1390 6 S +1 ♠3   5 -7 K542 AQ87 6 6 -2 16   4♠ E = J 420 5 +2
-180 12 600 3Nt N = ♣8   21 +180 J543 K987 Nt 9 9 -16 12   4♠ W +1 3 450 21 +16
+185 19 2140 7 N = J   14 -185 J2   E W -16 19   4♠ W +1 3 450 14 +16
+7 20 1390 6 S +1 ♣2   31 -7 K6542 987 7 7 -29 20   4♠ W +2 ♣5 480 31 +29
-180 4 600 3Nt N = ♣8   23 +180     0 0 -171 4   6♠ W = 2 980 23 +171
+7 18 1390 6 S +1 ♣6   10 -7 NS.OPT AQT62   6 6 -2 18   4♠ E = J 420 10 +2
+7 28 1390 6 S +1 ♣2   22 -7 +2000 KQT7643   6 6 -16 28   4♠ W +1 3 450 22 +16
-5 29 1370 6 S = ♠4   9 +5         A         Nt 4 4 -2 29   4♠ E = K 420 9 +2
-174 24 640 5 S +2 ♠5   13 +174 30             N S -16 24   4♠ W +1 4 450 13 +16
+7 6 1390 6 S +1 ♠4   15 -7 D: E Q6532   5 5 -2 6   4♠ W = 3 420 15 +2
+7 7 1390 6 S +1 ♠4   30 -7 --- Q7643   8 8 +149 7 50 6♠ E -1 ♠3   30 -149
-5 17 1370 6 S = ♠5   1 +5   KT5   6 6 -2 17   4♠ E = J 420 1 +2
+207 27 2330 7x S = 3   2 -207 QJT542 AK98 2 2 -2 27   4♠ W = 3 420 2 +2
+108 3 1740 6x S +1 ♠2   25 -108 J97 A84 Nt 2 2 -16 3   4♠ W +1 2 450 25 +16
                    85 AK   E W                    
Q3 A876 8 8
  763   4 4
NS.OPT KT   7 7
-460 JT92   11 11
        J942         Nt 10 11
B O A R D   N R .   3 1 31 QJT53           N S B O A R D   N R .   3 2
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: S K7   4 4 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+58 26 150 3Nt E -3 ♠Q   8 -58 N-S T3   4 4 -29 26   4 S -2 Q 100 8 +29
-133 11   3Nt W = ♠Q 400 32 +133   K965   4 4 -93 11   4x N -2 8 300 32 +93
+38 16 100 3Nt E -2 ♠3   5 -38 K874 A 6 6 +152 16 500 4♠x E -2 A   5 -152
+38 12 100 3 E -2 ♠2   21 -38 Q6 J9854 Nt 5 5 -5 12   3 S -1 Q 50 21 +5
+14 19 50 3Nt E -1 2   14 -14 AQ965 K2   E W -29 19   3 N -2 8 100 14 +29
-137 20   4 E = ♠9 420 31 +137 Q3 AT872 9 9 -93 20   4x S -2 Q 300 31 +93
+14 4 50 4 E -1 T   23 -14   962   9 9 -29 4   4 N -2 8 100 23 +29
+38 18 100 3Nt E -2 ♠3   10 -38 NS.OPT AT32   9 9 +76 18 200 3♠x E -1 7   10 -76
+14 28 50 3Nt W -1 ♠Q   22 -14 -140 J874   7 7 +152 28 500 4♠x E -2 A   22 -152
+58 29 150 3Nt W -3 ♠Q   9 -58         J4         Nt 8 8 -29 29   3x S -1 Q 100 9 +29
+58 24 150 3Nt W -3 ♠Q   13 -58 32 3           N S -93 24   4x N -2 ♣Q 300 13 +93
+14 6 50 3Nt W -1 ♠Q   15 -14 D: W AJT843   8 8 -93 6   4x S -2 Q 300 15 +93
+78 7 200 3Nt W -4 ♠Q   30 -78 E-W 93   6 6 -29 7   4 N -2 ♠A 100 30 +29
+38 17 100 3Nt W -2 ♠Q   1 -38   9654   7 7 +152 17 500 4♠x E -2 K   1 -152
-53 27   3 E = ♠9 140 2 +53 8752 AJT96 5 5 -5 27   2 N -1 ♣Q 50 2 +5
-137 3   3Nt W +1 ♠Q 430 25 +137 6 KQ92 Nt 7 7 -5 3   3 N -1 ♠A 50 25 +5
                    QJT542 8   E W                    
K2 QJ7 4 4
  KQ4   7 6
NS.OPT 75   5 5
-100 AK76   8 8
        AT83         Nt 6 6