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
4 5 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 2
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 7 . 0 9 . 2 0 1 2   2 3 : 2 2 : 1 6
PROTOCOLS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATION PROGRAM
B O A R D   N R .   4 1 41 Q72           N S B O A R D   N R .   4 2
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: N K532   6 6 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+53 5 200 1NT W -2 D2 -200 8 -53 E-W QT9432   9 9 +38 5 100 3D W -1 HA -100 8 -38
+2 34 110 2D N +1 H8 -110 40 -2     7 7 +58 34 140 3H N = DJ -140 40 -58
-102 15 -100 2C S -2 S5 100 21 +102 865 AT43 6 6 -143 15 -300 3NT S -3 D5 300 21 +143
+53 12 200 2S E -2 H4 -200 20 -53 AQT6 87 Nt 6 7 +38 12 100 3D W -1 HA -100 20 -38
-76 1 -50 3D N -1 H7 50 39 +76 J8 A76   E W -266 1 -800 4Hx N -3 DJ 800 39 +266
-108 30 -110 2S E = H2 110 14 +108 Q532 KT96 7 7 -57 30 -100 3H N -1 H3 100 14 +57
-8 16 90 2D N = H8 -90 19 +8   KJ9   4 4 +38 16 100 3D W -1 HA -100 19 -38
+2 7 110 2D N +1 H8 -110 35 -2 NS.OPT J94   5 5 -57 7 -100 3H N -1 DJ 100 35 +57
-76 25 -50 3D N -1 H3 50 11 +76 +110 K5   6 6 -57 25 -100 4H N -1 DJ 100 11 +57
+248 32 800 3Cx E -3 DK -800 24 -248         AJ874         Nt 5 5 +38 32 100 3D W -1 HA -100 24 -38
+53 10 200 1S E -2 C7 -200 27 -53 42 T65           N S -58 10 -110 3D W = HA 110 27 +58
+2 6 110 2H N = C9 -110 23 -2 D: E AK7432   7 7 -57 6 -100 3H N -1 DJ 100 23 +57
-2 22 100 3NT E -1 H4 -100 28 +2 ALL 7   4 5 +88 22 200 3S E -2 H5 -200 28 -88
+2 38 110 2D N +1 C2 -110 2 -2   Q54   9 9 +38 38 100 3D W -1 HK -100 2 -38
-8 41 90 2D N = S6 -90 29 +8 Q4 A8732 6 6 +41 41 110 2H N = DJ -110 29 -41
-8 31 90 2D N = H8 -90 13 +8 6 QJ9 Nt 5 6 -58 31 -110 3D W = HA 110 13 +58
+2 3 110 2D S +1 DJ -110 42 -2 AQ98643 J2   E W +130 3 300 3NT E -3 H10 -300 42 -130
-102 4 -100 2H N -2 H8 100 17 +102 KT2 J83 6 6 +227 4 600 3NT N = H6 -600 17 -227
+53 37 200 1NT W -2 D4 -200 33 -53   KJ9   8 8 -57 37 -100 3H N -1 DJ 100 33 +57
+18 26 130 2D N +2 H6 -130 9 -18 NS.OPT T85   4 4 +38 26 100 4D W -1 HA -100 9 -38
+2 36 110 2H N = C10 -110 18 -2 +140 KT5   6 7 +38 36 100 3D W -1 HK -100 18 -38
-315 43 #### X0000       #### 44 -315         A976         Nt 6 6 -315 43 #### X0000       #### 44 -315
B O A R D   N R .   4 3 43 AQJ           N S B O A R D   N R .   4 4
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: S Q   4 4 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+92 5 100 3NT W -2 DK -100 8 -92 --- KQT752   5 5 +54 5 100 3NT E -2 S2 -100 8 -54
+57 34 50 3NT W -1 DK -50 40 -57   876   6 6 +20 34 50 3NT W -1 SJ -50 40 -20
-36 15 -150 2S N -3 S5 150 21 +36 K94 T75 6 6 +54 15 100 3NT W -2 C10 -100 21 -54
-179 12 -500 3Dx N -3 HK 500 20 +179 J2 AK87 Nt 4 4 +20 12 50 3NT W -1 SJ -50 20 -20
-179 1 -500 3Dx N -3 HK 500 39 +179 AJ83 964   E W +81 1 150 3NT W -3 C10 -150 39 -81
-179 30 -500 3Dx N -3 HA 500 14 +179 AQT4 KJ2 7 7 +20 30 50 3NT W -1 S2 -50 14 -20
+57 16 50 3NT W -1 DK -50 19 -57   8632   8 8 +54 16 100 3NT W -2 C9 -100 19 -54
+57 7 50 3NT W -1 DK -50 35 -57 NS.OPT T96543   6 6 +20 7 50 3D E -1 SK -50 35 -20
+57 25 50 3NT W -1 DK -50 11 -57 -400   7 7 -83 25 -140 2S E +1 H4 140 11 +83
+92 32 100 3NT W -2 DK -100 24 -92         953         Nt 9 9 -76 32 -120 1NT W +1 S3 120 24 +76
-103 10 -300 2Dx N -2 HA 300 27 +103 44 JT32           N S +20 10 50 3D E -1 SK -50 27 -20
+57 6 50 3NT W -1 DK -50 23 -57 D: W J653   6 6 +20 6 50 3NT W -1 SJ -50 23 -20
-147 22 -400 3NT W = DK 400 28 +147 N-S 2   4 4 +54 22 100 3NT E -2 C10 -100 28 -54
+92 38 100 3NT W -2 DK -100 2 -92   T974   6 5 -76 38 -120 1NT W +1 SJ 120 2 +76
+57 41 50 3NT E -1 SQ -50 29 -57 Q85 A964 5 5 -55 41 -90 1NT E = S2 90 29 +55
+57 31 50 3NT W -1 DQ -50 13 -57 K72 QT9 Nt 4 4 -83 31 -150 2NT W +1 SJ 150 13 +83
+57 3 50 3NT W -1 DK -50 42 -57 J43 AK876   E W +20 3 50 3NT W -1 SJ -50 42 -20
-80 4 -250 5D N -5 S5 250 17 +80 KQ85 3 6 6 -55 4 -90 2D W = HA 90 17 +55
+57 37 50 3NT W -1 DK -50 33 -57   K7   9 9 +20 37 50 3NT W -1 C10 -50 33 -20
+57 26 50 3NT W -1 DK -50 9 -57 NS.OPT A84   7 7 -83 26 -150 1NT W +2 H2 150 9 +83
+57 36 50 3NT W -1 DK -50 18 -57 -400 QT95   8 8 +54 36 100 3NT W -2 SJ -100 18 -54
-315 43 #### X0000       #### 44 -315         AJ62         Nt 9 9 -315 43 #### X0000       #### 44 -315