Turniej na impy (cav.)

Czwartek, 14 maja 2026

Wyniki z 25 ośrodków

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pobierz rozkłady turnieju
    S 76
H KJ105
D Q972
C Q109		    
  S Q42
H Q742
D 6
C KJ743		 E/NS S A985
H A983
D J5
C A85		  
    S KJ103
H 6
D AK10843
C 62		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N76595  E57848
S76595  W56848
Minimax: 3 H x E, 100
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
140014 H x W -6115.42-15.42
110014 H x W -5113.74-13.74
100013 H x x W -3113.04-13.04
80065 C x E -4111.49-11.49
4 H x W -45
71014 D x S =110.66-10.66
67013 D x S =110.14-10.14
60023 NT N =29.32-9.32
50053 H x W -337.91-7.91
4 H x W -32
30044 C x E -214.40-4.40
3 H x W -21
4 H x W -22
200122 H W -412.34-2.34
3 H E -42
3 H W -44
4 H E -42
4 H W -43
150173 D S +211.14-1.14
4 D S +12
2 H W -31
3 H E -34
3 H W -36
4 H W -32
4 S E -31
130102 D S +240.66-0.66
3 D S +16
110172 D S +160.05-0.05
3 D S =11
100232 H x W -11-0.100.10
3 H x W -16
3 H E -25
3 H W -28
4 H E -21
4 H W -22
50142 H E -12-1.421.42
2 H W -13
3 H E -12
3 H W -15
2 S E -12
-100143 D S -11-4.454.45
4 D S -17
3 NT N -16
-11012 H W =1-4.574.57
-14032 H W +11-5.325.32
3 H W =2
-200122 C S -21-6.436.43
4 D x S -15
4 D S -24
5 D x S -11
3 NT N -21
-50044 D x S -21-11.0111.01
5 D x S -23
-53013 H x W =1-11.2511.25
-59014 H x W =1-11.6211.62
-80015 D x S -31-13.5513.55
1TD
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1361 6 1 3 HE DK-1 50-1.421.42
DS/1361 5 2 4 DS H2-1 -100-4.454.45
DS/1361 4 3 2 SE H6-1 50-1.421.42
DS/3361 9 13 4 HW DQ-4 2002.34-2.34
DS/3366 8 15 5 D xS H2-2 -500-11.0111.01
DS/3367 11 12 3 NTN H3-1 -100-4.454.45
DS/3369 7 10 4 DS C3-1 -100-4.454.45
DS/3801 30 17 4 HW S7-3 1501.14-1.14
DS/3805 20 27 3 HW D2-2 100-0.100.10
DS/3806 26 24 5 C xE DA-4 80011.49-11.49
DS/3807 28 21 3 HW D2-1 50-1.421.42
DS/3808 19 25 3 DS H2+1 1300.66-0.66
DS/3809 18 29 3 HW D2-1 50-1.421.42
DS/38010 23 22 3 H xW S6-1 100-0.100.10
DS/721 42 31 4 C xE DK-2 3004.40-4.40
DS/723 35 39 3 HW S6-3 1501.14-1.14
DS/724 33 32 3 NTN H3-1 -100-4.454.45
DS/725 38 41 4 DS H2-2 -200-6.436.43
DS/726 40 37 3 DS H4+1 1300.66-0.66
DS/729 34 36 3 H xW S6-1 100-0.100.10
DS/941 50 43 2 HW D2-4 2002.34-2.34
DS/947 46 45 3 H xW D2-3 5007.91-7.91
DS/946 49 47 4 H xW D2-4 80011.49-11.49
DS/944 48 44 3 HE DA-2 100-0.100.10
KP/4641 66 51 3 HW D2-2 100-0.100.10
KP/4647 58 62 3 DS H2-1 -100-4.454.45
KP/4648 60 52 4 HW D9-2 100-0.100.10
KP/4649 63 57 3 H xW D2-1 100-0.100.10
KP/46410 55 56 3 DS H2= 1100.05-0.05
KP/46412 61 59 2 HW D2-3 1501.14-1.14
KP/46413 65 53 4 D xS CK= 71010.66-10.66
KP/501 80 67 5 D xS H2-3 -800-13.5513.55
KP/505 70 77 4 H xW D2-5 110013.74-13.74
KP/506 76 74 5 D xS H2-2 -500-11.0111.01
KP/507 78 71 3 H xW S6= -530-11.2511.25
KP/508 69 75 4 HW S6-2 100-0.100.10
KP/509 68 79 4 HW D7-3 1501.14-1.14
KP/5010 73 72 3 HW D2-3 1501.14-1.14
LB/2654 90 85 2 DS SQ+2 1300.66-0.66
LB/2655 91 89 3 HW S7= -140-5.325.32
LB/2656 83 88 4 H xW S6-4 80011.49-11.49
LB/2657 86 92 3 NTN S5-2 -200-6.436.43
LB/2658 84 82 2 SE DA-1 50-1.421.42
LB/2659 87 93 3 DS C4= 1100.05-0.05
LB/4291 97 101 4 D xS H7-2 -500-11.0111.01
LB/4296 96 103 3 HE DA-2 100-0.100.10
LB/4297 99 100 3 H xW D2-2 3004.40-4.40
LB/4298 104 102 3 HE S7-2 100-0.100.10
LB/4299 95 98 3 H xW D2-3 5007.91-7.91
LD/4601 112 105 3 HW D2-2 100-0.100.10
LD/4604 110 106 4 DS H2-1 -100-4.454.45
LD/4606 111 109 4 H xW D2-3 5007.91-7.91
LD/4607 108 107 4 H xW D2-2 3004.40-4.40
LD/47810 117 118 3 H xxW D2-3 100013.04-13.04
LD/4787 120 124 3 HW D2-4 2002.34-2.34
LD/47812 123 121 3 HW D2-3 1501.14-1.14
LD/4788 122 114 2 DS C4+1 1100.05-0.05
LD/4781 128 113 2 HW D2-1 50-1.421.42
LD/47811 116 126 2 HW D2= -110-4.574.57
LD/4789 125 119 4 DS H2-2 -200-6.436.43
LD/47813 127 115 TD 0.000.00
LU/4681 142 129 4 DS HQ+1 1501.14-1.14
LU/4684 138 133 3 DS D6= 1100.05-0.05
LU/4685 139 137 2 HW D2+1 -140-5.325.32
LU/4686 131 136 4 DS H2-2 -200-6.436.43
LU/4687 134 140 3 H xW S6-1 100-0.100.10
LU/4688 132 130 4 D xS D6-1 -200-6.436.43
LU/4689 135 141 4 DS CK-1 -100-4.454.45
MA/461 146 143 3 NTN S9= 6009.32-9.32
MA/461 144 145 2 H xW DQ-1 100-0.100.10
MA/5081 147 148 2 DS H7+2 1300.66-0.66
MA/5086 149 154 4 DS D6-1 -100-4.454.45
MA/5087 150 155 2 HW D2-1 50-1.421.42
MA/5088 151 153 2 DS C3+1 1100.05-0.05
MA/5089 152 156 3 DS H2+1 1300.66-0.66
PD/5311 164 157 3 HE DA-4 2002.34-2.34
PD/5314 162 158 4 H xW DQ-2 3004.40-4.40
PD/5316 163 161 3 DS H2= 1100.05-0.05
PD/5317 159 160 3 HW D2-2 100-0.100.10
SL/5251 165 166 3 H xW S7-3 5007.91-7.91
SL/5256 167 172 3 HE DA-3 1501.14-1.14
SL/5257 168 173 4 SE DK-3 1501.14-1.14
SL/5259 170 174 4 H xW S6-4 80011.49-11.49
WM/4591 175 185 3 HW DQ-4 2002.34-2.34
WM/4595 178 177 4 DS H4-1 -100-4.454.45
WM/4597 194 182 4 H xW D2-6 140015.42-15.42
WM/4598 181 184 3 HW D2-3 1501.14-1.14
WM/4599 180 179 3 HW D2-4 2002.34-2.34
WM/45910 189 190 3 HW D2-1 50-1.421.42
WM/45911 183 188 4 HE DA-2 100-0.100.10
WM/45912 176 187 3 NTN C5-1 -100-4.454.45
WM/45913 192 186 4 HW S7-4 2002.34-2.34
WP/4031 195 196 5 D xS H2-1 -200-6.436.43
WP/4031 221 222 3 DS H2= 1100.05-0.05
WP/4032 219 218 4 DS H4-1 -100-4.454.45
WP/4033 217 214 4 H xW S6-4 80011.49-11.49
WP/4034 215 210 2 CS C4-2 -200-6.436.43
WP/4035 213 206 3 H xW D2-1 100-0.100.10
WP/4036 211 202 3 D xS S4= 67010.14-10.14
WP/4037 209 198 3 HW D2-3 1501.14-1.14
WP/4039 207 220 3 HE DA-2 100-0.100.10
WP/40310 216 205 3 DS H2= 1100.05-0.05
WP/40311 212 203 3 NTN HA= 6009.32-9.32
WP/40312 208 201 3 H xW S6-1 100-0.100.10
WP/40313 204 199 3 HE DA-3 1501.14-1.14
WP/40314 200 197 4 DS H2-2 -200-6.436.43
WP/4391 226 236 3 HE DK-3 1501.14-1.14
WP/4391 224 234 3 HE DK-2 100-0.100.10
WP/4392 227 231 3 DS C4= 1100.05-0.05
WP/4393 230 225 4 HE DK-4 2002.34-2.34
WP/4394 237 232 3 DS H2+1 1300.66-0.66
WP/4394 233 238 3 HE C2-1 50-1.421.42
WP/4395 229 239 3 DS H2= 1100.05-0.05
WP/4395 235 223 3 DS H4= 1100.05-0.05
WP/5071 242 241 3 DS C3= 1100.05-0.05
ZP/3081 247 251 3 HE DA-3 1501.14-1.14
ZP/3086 246 253 3 HW D2-3 1501.14-1.14
ZP/3087 249 250 3 HW DQ-1 50-1.421.42
ZP/3089 245 248 4 HE DA-4 2002.34-2.34
ZP/3781 262 255 4 H xW DQ= -590-11.6211.62
ZP/3784 260 256 3 DS H2+1 1300.66-0.66
ZP/3786 261 259 2 HW D2-1 50-1.421.42
ZP/3787 258 257 4 D xS C3-1 -200-6.436.43
ZP/411 289 264 2 DS S4+1 1100.05-0.05
ZP/411 271 290 3 DS CK= 1100.05-0.05
ZP/412 265 286 3 DS H7+2 1501.14-1.14
ZP/413 285 282 3 NTN H3-1 -100-4.454.45
ZP/414 279 278 3 NTN H3-1 -100-4.454.45
ZP/415 273 274 3 NTN H3-1 -100-4.454.45
ZP/416 305 270 3 HW S6-2 100-0.100.10
ZP/416 267 306 3 DS C4+1 1300.66-0.66
ZP/417 303 266 3 HW D2-2 100-0.100.10
ZP/418 301 288 2 DS C4+1 1100.05-0.05
ZP/418 281 302 3 HE DA-4 2002.34-2.34
ZP/419 299 284 4 DS HQ+1 1501.14-1.14
ZP/419 275 300 2 HE DA-1 50-1.421.42
ZP/4110 280 297 4 D xS H2-1 -200-6.436.43
ZP/4110 298 269 3 HW S6-1 50-1.421.42
ZP/4111 276 295 2 DS C4+1 1100.05-0.05
ZP/4111 296 263 3 HW D2-2 100-0.100.10
ZP/4112 272 293 2 DS D6+2 1300.66-0.66
ZP/4112 294 283 2 DS H2+2 1300.66-0.66
ZP/4113 268 291 3 HW D2-4 2002.34-2.34
ZP/4113 292 277 5 D xS CJ-2 -500-11.0111.01
ZP/4331 314 307 3 HW S6= -140-5.325.32
ZP/4334 312 308 4 HW D2-4 2002.34-2.34
ZP/4336 313 311 4 D xS H2-1 -200-6.436.43
ZP/4337 310 309 2 HE DA-1 50-1.421.42
ZP/5011 317 321 2 DS C3+1 1100.05-0.05
ZP/5016 316 323 4 D xS H2-1 -200-6.436.43
ZP/5017 319 320 3 HW S6-2 100-0.100.10
ZP/5018 324 322 4 H xW D2-3 5007.91-7.91
ZP/5019 315 318 4 H xW D2-4 80011.49-11.49