Turniej na impy (cav.)

Czwartek, 11 czerwca 2026

Wyniki z 28 ośrodków

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pobierz rozkłady turnieju
    S QJ762
H A10
D KQ105
C 93		    
  S A954
H 9763
D 843
C 87		 N/EW S K1083
H 2
D J9
C KQ10654		  
    S
H KQJ854
D A762
C AJ2		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N11712136  E25107
S11712136  W25107
Minimax: 7 D S, 1440
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
162016 H x x S =114.62-14.62
99016 NT N =19.43-9.43
98096 H S =99.38-9.38
94036 D N +128.51-8.51
6 D S +11
920126 D N =98.29-8.29
6 D S =3
52033 NT N +430.35-0.35
50012 C x E -210.06-0.06
49043 NT N +33-0.530.53
3 NT S +31
480464 H S +242-0.660.66
5 H S +14
460153 NT N +24-1.351.35
3 NT S +211
450164 H S +115-1.401.40
5 H S =1
44045 D N +23-1.601.60
5 D S +21
42045 D N +12-2.242.24
4 H S =2
23072 H S +43-6.156.15
3 H S +34
20083 C E -21-6.746.74
2 H N +31
2 H S +33
3 H S +23
19014 D N +31-6.876.87
17042 D S +41-7.287.28
3 D S +31
2 H S +22
-10016 H S -21-11.0911.09
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1363 4 2 4 HS C7+2 480-0.660.66
DS/1363 1 3 5 DN H2+2 440-1.601.60
DS/3363 9 5 4 HS C8+2 480-0.660.66
DS/3365 10 8 4 HS D8+1 450-1.401.40
DS/3366 7 6 4 HS C7= 420-2.242.24
DS/3803 14 23 4 HS C7+2 480-0.660.66
DS/3804 20 18 3 NTN CK+2 460-1.351.35
DS/3805 24 15 4 HS D4+1 450-1.401.40
DS/3806 13 19 6 HS C7= 9809.38-9.38
DS/3807 22 25 4 HS C7+2 480-0.660.66
DS/3808 17 16 3 NTS D8+2 460-1.351.35
DS/3809 26 21 2 HS C7+3 200-6.746.74
DS/723 28 37 3 NTS C7+2 460-1.351.35
DS/724 34 32 5 HS C7+1 480-0.660.66
DS/725 38 29 4 HS C7+2 480-0.660.66
DS/726 27 33 4 HS C8+2 480-0.660.66
DS/727 36 39 4 HS C7+2 480-0.660.66
DS/728 31 30 4 HS C7+2 480-0.660.66
DS/945 44 43 4 HS C8+2 480-0.660.66
DS/946 42 41 3 HS C7+3 230-6.156.15
KP/4641 61 62 4 HS C7+2 480-0.660.66
KP/4643 57 54 4 HS C7+2 480-0.660.66
KP/4644 55 50 3 NTS D4+2 460-1.351.35
KP/4645 53 46 4 HS C7+1 450-1.401.40
KP/4646 51 60 4 HS C7+1 450-1.401.40
KP/4647 56 49 4 HS C7+2 480-0.660.66
KP/4648 52 47 3 NTN CK+2 460-1.351.35
KP/4649 48 45 3 HS C7+2 200-6.746.74
KP/503 66 75 3 NTS C7+2 460-1.351.35
KP/504 72 70 2 HS C7+2 170-7.287.28
KP/505 76 67 2 HS C8+4 230-6.156.15
KP/506 65 71 6 HS C8= 9809.38-9.38
KP/507 74 77 4 HS C8+2 480-0.660.66
KP/508 69 68 4 HS C8+2 480-0.660.66
KP/509 78 73 3 NTN CK+3 490-0.530.53
KP/5180 83 79 6 DS +1 9408.51-8.51
KP/5180 84 82 4 HS +2 480-0.660.66
KP/5180 86 85 3 NTS +2 460-1.351.35
KP/5180 81 80 4 HS +1 450-1.401.40
LB/5265 87 94 4 HS C8+1 450-1.401.40
LB/5266 90 91 6 DS C7= 9208.29-8.29
LB/5268 95 89 5 HS C7+1 480-0.660.66
LB/5269 88 92 6 DN CK= 9208.29-8.29
LD/4603 101 97 4 HS C7+2 480-0.660.66
LD/4605 102 100 2 HN C7+3 200-6.746.74
LD/4606 99 98 3 NTN CK+4 5200.35-0.35
LD/4788 110 117 6 HS H3= 9809.38-9.38
LD/4789 118 113 6 HS C7= 9809.38-9.38
LD/4787 107 105 6 DN CK= 9208.29-8.29
LD/4783 114 108 3 NTN CQ+4 5200.35-0.35
LD/4785 106 111 3 NTN CK+3 490-0.530.53
LD/4784 115 112 4 HS C8+2 480-0.660.66
LD/4786 109 116 3 NTS C8+2 460-1.351.35
LU/4683 128 122 4 HS C7+2 480-0.660.66
LU/4684 129 126 4 HS C8+2 480-0.660.66
LU/4685 120 125 6 DN H2= 9208.29-8.29
LU/4686 123 130 2 C xE HK-2 5000.06-0.06
LU/4687 121 119 3 NTS C7+2 460-1.351.35
LU/4688 124 131 3 CE HK-2 200-6.746.74
LU/4689 132 127 6 DN CK= 9208.29-8.29
MA/2825 138 139 6 DN CK= 9208.29-8.29
MA/2826 142 136 5 HS C8+1 480-0.660.66
MA/2827 137 134 4 HS H7+1 450-1.401.40
MA/2828 140 133 4 HS C8+1 450-1.401.40
MA/2829 135 141 3 NTN CK+3 490-0.530.53
MA/5085 154 155 4 HS C7+2 480-0.660.66
MA/5086 158 152 4 HS C8+2 480-0.660.66
MA/5087 153 150 6 DS SA= 9208.29-8.29
MA/5088 156 149 4 HS C8+2 480-0.660.66
MA/5089 151 157 6 DN H2+1 9408.51-8.51
MA/5105 161 164 4 HS C8= 420-2.242.24
MA/5105 160 163 3 HS SA+2 200-6.746.74
MA/865 169 166 3 NTN CK+2 460-1.351.35
MA/865 170 168 6 HS C8= 9809.38-9.38
PD/4311 173 177 4 HS C7+2 480-0.660.66
PD/4312 171 180 4 HS C7+1 450-1.401.40
PD/4313 176 181 4 HS C7+1 450-1.401.40
PD/4314 178 175 5 DN H2+1 420-2.242.24
PD/4317 172 174 4 HS C7+2 480-0.660.66
PD/4319 182 179 4 HS C7+2 480-0.660.66
SL/5251 193 194 3 NTS C8+2 460-1.351.35
SL/5252 184 191 3 NTS C8+3 490-0.530.53
SL/5253 185 190 6 DN CK= 9208.29-8.29
SL/5254 186 187 6 DN CK= 9208.29-8.29
SL/5257 188 189 4 HS C8+1 450-1.401.40
SL/5259 183 192 6 DN CK= 9208.29-8.29
WM/4596 198 205 3 HS C8+3 230-6.156.15
WM/4597 199 203 4 HS C7+2 480-0.660.66
WM/4598 208 210 4 HS C7+2 480-0.660.66
WM/4599 204 200 3 NTS D3+2 460-1.351.35
WM/45910 201 206 4 HS C8+2 480-0.660.66
WM/45911 207 209 3 HS C7+2 200-6.746.74
WM/45912 196 202 4 HS C7+2 480-0.660.66
WM/45913 195 197 5 DN H2+2 440-1.601.60
WM/5033 215 211 3 HS C7+3 230-6.156.15
WM/5035 216 214 5 HS C8= 450-1.401.40
WM/5036 213 212 4 HS C7+2 480-0.660.66
WM/5037 218 217 5 HS C8+1 480-0.660.66
WP/4034 220 221 3 NTN CK+4 5200.35-0.35
WP/4035 233 236 6 HS C7-2 -100-11.0911.09
WP/4036 237 234 3 HS C8+3 230-6.156.15
WP/4037 226 232 4 HS C7+1 450-1.401.40
WP/4038 227 240 4 HS C7+1 450-1.401.40
WP/4039 235 228 6 DN CK= 9208.29-8.29
WP/40310 225 222 4 HS C7+1 450-1.401.40
WP/40311 223 231 4 HS C7+2 480-0.660.66
WP/40312 238 229 4 HS C7+2 480-0.660.66
WP/40313 219 230 4 HS C7+2 480-0.660.66
WP/4397 254 260 4 HS C7+2 480-0.660.66
WP/4397 249 268 6 DN H2+1 9408.51-8.51
WP/4397 242 241 6 DS C7= 9208.29-8.29
WP/4397 245 252 4 HS C7+2 480-0.660.66
WP/4397 256 265 4 HS C8+2 480-0.660.66
WP/4397 267 261 3 NTS H7+2 460-1.351.35
WP/4397 259 250 3 NTS D4+2 460-1.351.35
WP/4397 246 263 6 HS C8= 9809.38-9.38
WP/4397 266 258 2 DS C7+4 170-7.287.28
WP/4397 244 251 4 HS C9+2 480-0.660.66
WP/4397 262 248 3 DS C7+3 170-7.287.28
WP/4397 255 257 6 H xxS SA= 162014.62-14.62
WP/4397 247 264 6 HS C7= 9809.38-9.38
WP/5073 272 270 6 NTN CK= 9909.43-9.43
ZP/3084 282 276 2 HS C7+4 230-6.156.15
ZP/3085 283 280 4 HS C7+2 480-0.660.66
ZP/3086 275 284 4 HS C8+2 480-0.660.66
ZP/3087 281 274 3 NTN CK+2 460-1.351.35
ZP/3088 279 278 2 HS C7+3 200-6.746.74
ZP/3089 273 277 4 DN H2+3 190-6.876.87
ZP/3783 289 285 2 HS C7+2 170-7.287.28
ZP/3785 290 288 6 HS C8= 9809.38-9.38
ZP/3786 287 286 4 HS C8+2 480-0.660.66
ZP/4333 297 293 5 DS C8+2 440-1.601.60
ZP/4335 298 296 4 HS C7+1 450-1.401.40
ZP/4336 295 294 4 HS C7+2 480-0.660.66
ZP/4337 300 299 4 HS C8+2 480-0.660.66
ZP/5015 301 308 5 DN CK+2 440-1.601.60
ZP/5016 304 305 2 HS C8+3 200-6.746.74
ZP/5017 310 307 5 DN H2+1 420-2.242.24
ZP/5018 309 303 6 HS C7= 9809.38-9.38
ZP/5019 302 306 2 HS C8+4 230-6.156.15