Turniej na impy (cav.)

Czwartek, 14 maja 2026

Wyniki z 25/26 ośrodków

do wyników...

pobierz rozkłady turnieju
    S 872
H 742
D K62
C Q963		    
  S A4
H 1053
D Q98753
C J2		 S/- S KJ63
H 8
D AJ4
C A10854		  
    S Q1095
H AKQJ96
D 10
C K7		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N66734  E675109
S36734  W675109
Minimax: 3 D W, -130
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
53013 H x S =111.01-11.01
30015 D x W -217.82-7.82
20013 S E -415.83-5.83
14062 H S +124.64-4.64
3 H S =4
110101 H S +113.65-3.65
2 H S =9
10054 D W -213.64-3.64
5 D x W -12
5 D W -22
50103 C E -112.37-2.37
4 D W -12
5 D W -16
3 S E -11
-50252 H S -12-0.060.06
3 H N -11
3 H S -116
4 H S -16
-100223 H x S -11-1.501.50
3 H N -21
3 H S -29
4 H S -210
2 S S -21
-130123 C E +11-2.242.24
2 D W +21
3 D W +14
4 D W =6
-15093 D W +21-2.902.90
4 D W +13
4 H S -35
-20025 H S -42-4.004.00
-30014 H x S -21-6.146.14
-47013 D x W =1-9.289.28
-50014 H x S -31-9.799.79
-55015 D x W =1-10.4910.49
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1365 6 5 3 H xS SA-1 -100-1.501.50
DS/1365 4 1 3 SE D10-4 2005.83-5.83
DS/1365 3 2 3 HS D7= 1404.64-4.64
DS/3365 7 14 5 DW H7-1 502.37-2.37
DS/3366 10 11 2 SS CJ-2 -100-1.501.50
DS/3368 15 9 3 HS DQ-2 -100-1.501.50
DS/3369 8 12 2 HS D7= 1103.65-3.65
DS/3803 18 27 5 DW H4-1 502.37-2.37
DS/3804 24 22 4 DW H4= -130-2.242.24
DS/3805 28 19 4 H xS D7-3 -500-9.799.79
DS/3806 17 23 3 HS SA-2 -100-1.501.50
DS/3807 26 29 5 D xW H7-2 3007.82-7.82
DS/3808 21 20 4 DW H4-1 502.37-2.37
DS/3809 30 25 5 D xW H2-1 1003.64-3.64
DS/721 33 37 5 D xW H4-1 1003.64-3.64
DS/722 31 40 5 HS SA-4 -200-4.004.00
DS/723 36 41 4 HS SA-3 -150-2.902.90
DS/724 38 35 4 DW H4= -130-2.242.24
DS/727 32 34 3 H xS SA= 53011.01-11.01
DS/729 42 39 2 HS SA-1 -50-0.060.06
DS/947 50 49 3 DW H7+2 -150-2.902.90
DS/946 45 44 2 HS SA= 1103.65-3.65
DS/945 48 46 5 DW H4-2 1003.64-3.64
DS/943 47 43 4 DW H4= -130-2.242.24
KP/503 68 77 4 DW H7= -130-2.242.24
KP/504 74 72 4 DW H7-1 502.37-2.37
KP/505 78 69 3 HS SA-2 -100-1.501.50
KP/506 67 73 4 HS CJ-1 -50-0.060.06
KP/507 76 79 4 HS CJ-2 -100-1.501.50
KP/508 71 70 3 SE HK-1 502.37-2.37
KP/509 80 75 2 HS D7= 1103.65-3.65
LB/2653 90 84 2 HS CJ= 1103.65-3.65
LB/2654 91 88 4 DW H4= -130-2.242.24
LB/2655 82 87 2 DW H7+2 -130-2.242.24
LB/2656 85 92 4 DW H7= -130-2.242.24
LB/2657 83 81 4 HS CJ-1 -50-0.060.06
LB/2658 86 93 2 HS SA= 1103.65-3.65
LB/4295 95 102 3 HS SA-2 -100-1.501.50
LB/4296 98 99 3 HS SA-1 -50-0.060.06
LB/4297 104 101 3 HS SA-2 -100-1.501.50
LB/4298 103 97 4 DW H3-2 1003.64-3.64
LB/4299 96 100 3 HS SA-1 -50-0.060.06
LD/4603 109 105 3 HN D5-1 -50-0.060.06
LD/4605 110 108 4 HS SA-2 -100-1.501.50
LD/4606 107 106 4 HS D7-2 -100-1.501.50
LD/4607 112 111 2 HS D9= 1103.65-3.65
LU/4683 138 132 5 DW H4-1 502.37-2.37
LU/4684 139 136 3 HS SA= 1404.64-4.64
LU/4685 130 135 3 HS D7-1 -50-0.060.06
LU/4686 133 140 4 DW H4+1 -150-2.902.90
LU/4687 131 129 4 HS CJ-1 -50-0.060.06
LU/4688 134 141 3 CE HA+1 -130-2.242.24
LU/4689 142 137 2 HS CJ= 1103.65-3.65
MA/463 146 145 4 HS SA-3 -150-2.902.90
MA/463 144 143 3 HS SA-1 -50-0.060.06
MA/5085 152 153 3 HS CJ-1 -50-0.060.06
MA/5086 156 150 3 HN D7-2 -100-1.501.50
MA/5087 151 148 3 HS CJ-1 -50-0.060.06
MA/5088 154 147 4 HS SA-1 -50-0.060.06
MA/5089 149 155 5 DW H7-1 502.37-2.37
PD/5313 161 157 4 HS SA-2 -100-1.501.50
PD/5315 162 160 3 HS CJ-1 -50-0.060.06
PD/5316 159 158 4 HS SA-2 -100-1.501.50
PD/5317 164 163 4 H xS SA-2 -300-6.146.14
SL/5255 170 171 4 HS DQ-2 -100-1.501.50
SL/5256 174 168 3 DW H4+1 -130-2.242.24
SL/5258 172 165 2 HS CJ+1 1404.64-4.64
SL/5259 167 173 4 HS SA-2 -100-1.501.50
WP/4031 219 220 4 HS SA-3 -150-2.902.90
WP/4032 217 216 5 HS SA-4 -200-4.004.00
WP/4033 215 212 3 HS SA-1 -50-0.060.06
WP/4034 213 208 2 HS SA-1 -50-0.060.06
WP/4035 211 204 1 HS SA+1 1103.65-3.65
WP/4036 209 200 4 HS DQ-2 -100-1.501.50
WP/4038 207 222 3 DW H7+1 -130-2.242.24
WP/4039 205 218 4 DW H4+1 -150-2.902.90
WP/40310 214 203 4 HS SA-2 -100-1.501.50
WP/40311 210 201 3 HS SA-1 -50-0.060.06
WP/40312 206 199 3 HS CJ= 1404.64-4.64
WP/40313 202 197 3 D xW H4= -470-9.289.28
WP/40314 198 195 2 HS SA= 1103.65-3.65
WP/40314 196 221 3 HS SA-2 -100-1.501.50
WP/4397 223 232 3 CE HK-1 502.37-2.37
WP/4397 238 233 5 DW H4-1 502.37-2.37
WP/4397 237 227 3 HS D3-1 -50-0.060.06
WP/4397 229 228 3 DW H4+1 -130-2.242.24
WP/4397 239 236 3 DW H4+1 -130-2.242.24
WP/4397 225 231 5 DW H4-1 502.37-2.37
WP/4397 224 226 3 HS D3-1 -50-0.060.06
WP/4397 235 234 4 DW H4+1 -150-2.902.90
WP/5073 244 242 4 HS SA-3 -150-2.902.90
ZP/3085 245 252 3 HS CJ-1 -50-0.060.06
ZP/3086 248 249 3 HS D7= 1404.64-4.64
ZP/3088 253 247 4 HS SA-3 -150-2.902.90
ZP/3089 246 250 3 HS SA-2 -100-1.501.50
ZP/3783 259 255 5 D xW H4= -550-10.4910.49
ZP/3785 260 258 4 HS SA-1 -50-0.060.06
ZP/3786 257 256 3 HS SA-2 -100-1.501.50
ZP/3787 262 261 2 HS CJ= 1103.65-3.65
ZP/4333 311 307 3 HS SA-1 -50-0.060.06
ZP/4335 312 310 2 HS CJ+1 1404.64-4.64
ZP/4336 309 308 3 HS SA-1 -50-0.060.06
ZP/4337 314 313 3 HS CJ-1 -50-0.060.06
ZP/5015 315 322 5 DW H7-2 1003.64-3.64
ZP/5016 318 319 3 HS SA-2 -100-1.501.50
ZP/5017 324 321 3 HS SA-1 -50-0.060.06
ZP/5018 323 317 4 HS CJ-2 -100-1.501.50
ZP/5019 316 320 4 HS CJ-1 -50-0.060.06