Turniej KMP na impy

Poniedziałek, 24 czerwca 2024

Wyniki z 41 ośrodków

Zobacz: klasyfikacja długofalowa KMP na impy
do wyników...

pobierz rozkłady turnieju
    S KQ7
H AJ42
D KQJ9
C Q6
   
  S A832
H Q93
D 32
C AK108
S/EW S J10
H K10865
D A106
C 974
 
    S 9654
H 7
D 8754
C J532
   
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N57485  E76958
S57485  W76958
Minimax: 3 H W, -140
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień
kontraktliczba
wystąpień
% NS% EW
50053 H x E -2111.09-11.09
4 H x E -23
5 H x E -21
30014 H E -318.25-8.25
200132 C W -216.29-6.29
2 H E -21
3 H x E -12
3 H E -22
4 H x E -14
4 H E -21
1 NT E -21
3 NT E -21
12021 NT N +124.75-4.75
100333 C W -114.10-4.10
2 H E -111
3 H E -115
3 H W -11
4 H E -11
1 NT E -12
2 NT E -11
3 NT E -11
90101 D N +114.06-4.06
2 D N =1
1 NT N =8
-50122 D N -110.90-0.90
2 S S -11
1 NT N -17
1 NT S -11
2 NT N -11
3 NT S -11
-8011 S W =1-0.010.01
-9031 NT E =3-0.190.19
-100382 C S -21-0.680.68
2 S x S -11
2 S S -23
3 S S -21
4 S S -21
1 NT N -227
1 NT S -21
2 NT N -22
3 NT N -21
-110451 H E +11-0.750.75
2 H E =41
2 H W =3
-12021 NT E +12-1.081.08
-140631 H W +21-1.721.72
2 H E +146
2 H W +16
3 H E =9
3 H W =1
-150142 C S -31-1.881.88
4 S S -31
1 NT E +23
1 NT N -33
2 NT N -34
3 NT N -31
3 NT S -31
-16011 S x W =1-2.322.32
-17072 H E +25-2.572.57
3 H E +12
-20024 S S -41-3.343.34
1 NT N -41
-25012 NT N -51-4.364.36
-30031 NT x N -23-5.355.35
-73063 H x E =6-11.6011.60
-93013 H x E +11-13.0613.06
-107012 H x E +21-14.0914.09
8TD
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1361 3 7 3 HE C5-1 1004.10-4.10
DS/1366 2 9 3 HE C2-1 1004.10-4.10
DS/1367 5 6 2 SS H3-2 -100-0.680.68
DS/1369 1 4 2 HE C2= -110-0.750.75
DS/3361 13 17 1 NTN H6-4 -200-3.343.34
DS/3366 12 19 3 H xE S9= -730-11.6011.60
DS/3367 15 16 2 HE S6= -110-0.750.75
DS/3369 11 14 2 HE CJ+1 -140-1.721.72
DS/3801 32 25 1 NTE C2+2 -150-1.881.88
DS/3802 38 22 2 DN SJ= 904.06-4.06
DS/3809 31 27 2 HW DK= -110-0.750.75
DS/38011 28 34 2 HE D8-1 1004.10-4.10
DS/38012 37 24 2 HE C2+1 -140-1.721.72
DS/38013 23 26 2 CS H9-3 -150-1.881.88
DS/38014 33 35 2 HE S5+1 -140-1.721.72
DS/38015 29 30 1 NTN H6-2 -100-0.680.68
KP/1251 41 45 3 NTE C3-2 2006.29-6.29
KP/1259 39 42 1 NTE D7= -90-0.190.19
KP/1256 40 47 3 HE D8= -140-1.721.72
KP/1257 43 44 3 HE D8= -140-1.721.72
KP/1258 48 46 3 HE D8= -140-1.721.72
KP/2952 49 58 2 HE D8= -110-0.750.75
KP/2951 50 55 2 HE D7= -110-0.750.75
KP/2955 51 57 2 HE C2+1 -140-1.721.72
KP/2954 52 54 1 NTN H6-2 -100-0.680.68
KP/2953 53 56 1 NTN SJ-1 -500.90-0.90
KP/2952 59 68 3 HE S4-2 2006.29-6.29
KP/2951 60 65 2 HE H7+1 -140-1.721.72
KP/2955 61 67 1 NTN H6-2 -100-0.680.68
KP/2954 62 64 2 SS CK-2 -100-0.680.68
KP/2953 63 66 2 HE C2-1 1004.10-4.10
KP/2952 69 78 1 NTN H6-2 -100-0.680.68
KP/2951 70 75 2 HE D7+1 -140-1.721.72
KP/2955 71 77 2 HE D7-1 1004.10-4.10
KP/2954 79 74 1 NTE S6-1 1004.10-4.10
KP/2953 73 76 3 HE D8-1 1004.10-4.10
KP/3537 84 83 2 HE C2= -110-0.750.75
KP/3536 87 85 2 HE C2+1 -140-1.721.72
KP/3534 86 82 4 H xE D7-1 2006.29-6.29
KP/502 112 90 2 HE S6= -110-0.750.75
KP/501 98 91 2 HE S6-1 1004.10-4.10
KP/5015 99 100 4 H xE S4-1 2006.29-6.29
KP/5014 111 97 2 HE C2= -110-0.750.75
KP/5013 110 93 2 HE S9= -110-0.750.75
KP/5012 109 103 2 HE D7+1 -140-1.721.72
KP/5011 89 92 2 HE D7= -110-0.750.75
KP/5010 102 108 3 HE S6-1 1004.10-4.10
KP/509 96 107 4 H xE S6-2 50011.09-11.09
KP/508 94 106 2 HE C3+1 -140-1.721.72
KP/507 105 101 3 H xE H7-1 2006.29-6.29
LB/2651 120 113 3 HE D5= -140-1.721.72
LB/2654 118 114 1 NTN H6-2 -100-0.680.68
LB/2656 119 117 2 HE S9+1 -140-1.721.72
LB/2657 116 115 2 HE D7+1 -140-1.721.72
LB/3891 123 127 2 HW C2+1 -140-1.721.72
LB/3896 122 129 1 NTS H6-1 -500.90-0.90
LB/3897 125 126 2 HW S6+1 -140-1.721.72
LB/3898 130 128 1 NTS SJ-2 -100-0.680.68
LB/3899 121 124 3 NTS SJ-3 -150-1.881.88
LB/4294 136 132 3 HE S6= -140-1.721.72
LB/4296 137 135 2 HE S6+1 -140-1.721.72
LB/4297 134 133 2 HE S4= -110-0.750.75
LD/2571 152 139 1 HW DK+2 -140-1.721.72
LD/2574 148 143 2 HE S6= -110-0.750.75
LD/2575 149 147 1 S xW DK= -160-2.322.32
LD/2576 141 146 2 HE S6= -110-0.750.75
LD/2577 144 150 3 NTN SJ-2 -100-0.680.68
LD/2578 153 140 2 HE H7= -110-0.750.75
LD/2579 145 151 3 HE D7+1 -170-2.572.57
LD/484 160 156 2 HE C2= -110-0.750.75
LD/486 161 159 1 NTN H3-2 -100-0.680.68
LD/487 158 157 2 HE D5+2 -170-2.572.57
LU/4681 174 163 2 HE S6-1 1004.10-4.10
LU/4683 167 171 1 NTE D5+1 -120-1.081.08
LU/4684 165 164 1 NTN S10= 904.06-4.06
LU/4685 170 173 2 HE D7+2 -170-2.572.57
LU/4686 172 169 2 HE D7+1 -140-1.721.72
LU/4689 166 168 3 H xE S6= -730-11.6011.60
MA/1261 175 176 2 NTN H6-2 -100-0.680.68
MA/1261 187 188 2 HE S6= -110-0.750.75
MA/1263 179 184 1 NTN H6-2 -100-0.680.68
MA/1264 185 180 1 NTN SJ= 904.06-4.06
MA/1264 202 196 4 H xE S6-1 2006.29-6.29
MA/1265 178 182 2 HE S6+1 -140-1.721.72
MA/1266 183 186 1 NTN H6-2 -100-0.680.68
MA/1266 201 199 1 NTE C2+1 -120-1.081.08
MA/1267 195 193 1 NTN H6-2 -100-0.680.68
MA/1268 198 194 1 NTN SJ= 904.06-4.06
MA/1269 181 177 2 HE D7= -110-0.750.75
MA/1269 191 197 1 NTN SJ-1 -500.90-0.90
MA/12610 192 190 3 HW D8= -140-1.721.72
MA/2621 205 206 2 HE S6-2 2006.29-6.29
MA/2621 237 238 3 H xE D7-1 2006.29-6.29
MA/2622 203 242 3 HE S6-1 1004.10-4.10
MA/2622 235 234 1 NTN H6= 904.06-4.06
MA/2623 233 230 2 HE D8= -110-0.750.75
MA/2624 231 226 2 HE S4= -110-0.750.75
MA/2625 229 222 2 HE S6= -110-0.750.75
MA/2626 227 218 1 NTE S9+2 -150-1.881.88
MA/2627 225 214 2 HW DK+1 -140-1.721.72
MA/2628 221 208 2 NTE DK-1 1004.10-4.10
MA/2628 223 210 1 NTN H6-3 -150-1.881.88
MA/2629 219 204 1 NTN H6-2 -100-0.680.68
MA/26210 217 240 2 HE D7-1 1004.10-4.10
MA/26211 236 215 1 NTN S10= 904.06-4.06
MA/26212 232 213 3 HE S5-1 1004.10-4.10
MA/26213 228 211 3 HE C2-1 1004.10-4.10
MA/26214 224 209 4 HE D7-2 2006.29-6.29
MA/26214 216 241 1 NTN H6-3 -150-1.881.88
MA/26215 220 207 1 NT xN SJ-2 -300-5.355.35
MA/26215 212 239 2 HE S6+1 -140-1.721.72
MA/2821 243 244 2 NTN SJ-2 -100-0.680.68
MA/2822 261 260 1 SW DK= -80-0.010.01
MA/2823 259 256 3 CW DK-1 1004.10-4.10
MA/2824 257 252 2 HE C2+1 -140-1.721.72
MA/2825 255 248 2 HE D4+1 -140-1.721.72
MA/2826 253 262 2 HE C2-1 1004.10-4.10
MA/2827 258 251 3 H xE D7= -730-11.6011.60
MA/2828 254 249 3 HE D8+1 -170-2.572.57
MA/2829 250 247 2 HE D8= -110-0.750.75
MA/3211 265 269 2 HE S6= -110-0.750.75
MA/3216 264 271 1 NTN H6-2 -100-0.680.68
MA/3217 267 268 2 HE C2= -110-0.750.75
MA/3219 263 266 2 S xS H3-1 -100-0.680.68
MA/4751 286 273 2 DN S10-1 -500.90-0.90
MA/4755 283 281 2 HE D7= -110-0.750.75
MA/4756 275 280 2 H xE S2+2 -1070-14.0914.09
MA/4757 278 284 1 NTN SJ-2 -100-0.680.68
MA/4758 276 274 TD 0.000.00
MA/4759 279 285 3 H xE S2+1 -930-13.0613.06
MA/4831 294 303 1 NTE S6+2 -150-1.881.88
MA/4832 304 288 2 HE C2= -110-0.750.75
MA/4838 300 301 1 NTN H6-2 -100-0.680.68
MA/4839 302 291 2 HE D7-1 1004.10-4.10
MA/48310 299 293 4 HE D8-1 1004.10-4.10
MA/48311 298 296 2 HE S6+1 -140-1.721.72
MA/48312 289 292 1 NTE C2= -90-0.190.19
MA/48313 287 297 2 HE C5= -110-0.750.75
MA/48314 295 290 2 HE D7-1 1004.10-4.10
MA/651 312 305 3 NTE D7-1 1004.10-4.10
MA/654 310 306 3 HE D7-1 1004.10-4.10
MA/656 311 309 1 NTN SJ-1 -500.90-0.90
MA/657 308 307 2 HE H7= -110-0.750.75
MP/401 315 316 1 NTN H6-2 -100-0.680.68
MP/402 313 326 2 HE D7= -110-0.750.75
MP/408 314 321 2 HE D5+1 -140-1.721.72
MP/409 317 322 2 HE D7+1 -140-1.721.72
MP/4010 325 324 1 NTN H6-2 -100-0.680.68
MP/4012 318 319 2 HE S4+1 -140-1.721.72
MP/4013 328 323 3 H xE C2= -730-11.6011.60
MP/4014 320 327 2 HE D7+1 -140-1.721.72
MP/4571 331 335 1 NTN SJ-1 -500.90-0.90
MP/4576 330 337 2 HE S6+1 -140-1.721.72
MP/4577 333 334 2 HE D7+1 -140-1.721.72
MP/4578 338 336 2 HE C2+1 -140-1.721.72
MP/4579 329 332 2 HE S6+1 -140-1.721.72
OP/4011 341 345 2 HE S6+1 -140-1.721.72
OP/4019 339 342 2 HW S6= -110-0.750.75
OP/4017 343 344 1 NT xN H6-2 -300-5.355.35
OP/4016 340 347 1 NTN H6-3 -150-1.881.88
PD/3691 362 349 2 HE D8-1 1004.10-4.10
PD/3696 358 356 3 HE C2-1 1004.10-4.10
PD/3697 360 353 4 SS H9-3 -150-1.881.88
PD/3698 351 357 3 HE D7= -140-1.721.72
PD/3699 350 361 3 HE S6= -140-1.721.72
PD/36910 355 354 4 H xE D8-2 50011.09-11.09
PD/701 370 363 1 NTN H5-2 -100-0.680.68
PD/704 368 364 1 NTN H5= 904.06-4.06
PD/706 369 367 2 HE D7+1 -140-1.721.72
PD/707 366 365 1 HE S6+1 -110-0.750.75
PK/1181 371 372 1 NTN H6-2 -100-0.680.68
PK/1185 375 384 1 NTE D7-1 1004.10-4.10
PK/1186 383 373 2 SS CA-2 -100-0.680.68
PK/1187 379 381 1 NTN SJ= 904.06-4.06
PK/1188 382 380 2 HW DK+1 -140-1.721.72
PK/1189 378 376 2 CW DK-2 2006.29-6.29
PK/11810 374 377 2 SS CA-1 -500.90-0.90
PM/1291 387 391 1 NTN H6-1 -500.90-0.90
PM/1296 386 393 2 HE S4+1 -140-1.721.72
PM/1297 389 390 2 HE D8+1 -140-1.721.72
PM/1298 394 392 4 SS CA-2 -100-0.680.68
PM/1299 385 388 3 HE S6= -140-1.721.72
SW/4721 397 398 TD 0.000.00
SW/4728 395 406 TD 0.000.00
SW/4729 408 404 TD 0.000.00
SW/47210 400 409 TD 0.000.00
SW/47212 403 401 TD 0.000.00
SW/47213 399 405 TD 0.000.00
SW/47214 407 402 TD 0.000.00
WM/3181 412 422 3 HE D8-1 1004.10-4.10
WM/3182 411 429 2 HE C2= -110-0.750.75
WM/3187 416 424 2 NTN H2-3 -150-1.881.88
WM/3188 423 417 2 NTN H5-3 -150-1.881.88
WM/3189 414 428 3 HE C2-1 1004.10-4.10
WM/31810 426 427 2 HE D7+1 -140-1.721.72
WM/31811 425 419 2 HE C3= -110-0.750.75
WM/31812 415 418 2 HE D7+1 -140-1.721.72
WM/31813 430 421 1 NTN H5-2 -100-0.680.68
WM/31814 413 420 2 CS H9-2 -100-0.680.68
WM/3371 442 431 2 HE C2+1 -140-1.721.72
WM/3373 435 439 2 HE C2= -110-0.750.75
WM/3374 433 432 3 H xE D8= -730-11.6011.60
WM/3375 438 441 1 NTN H6-2 -100-0.680.68
WM/3376 440 437 2 HE C2= -110-0.750.75
WM/3379 434 436 5 H xE D8-2 50011.09-11.09
WP/1201 444 448 2 HE S6+1 -140-1.721.72
WP/1205 452 447 1 NTN H6-2 -100-0.680.68
WP/1206 453 451 3 HE C2= -140-1.721.72
WP/1207 446 454 3 NTN H8-3 -150-1.881.88
WP/1208 443 445 2 HE D7+1 -140-1.721.72
WP/1209 450 449 2 HE D7= -110-0.750.75
WP/1471 462 455 2 HE S6+1 -140-1.721.72
WP/1474 460 456 1 NTN H10+1 1204.75-4.75
WP/1476 461 459 3 HE S6-1 1004.10-4.10
WP/1477 458 457 2 HE D8= -110-0.750.75
WP/2931 465 469 2 HE D7+1 -140-1.721.72
WP/2936 464 471 1 NTN H6-2 -100-0.680.68
WP/2937 467 468 1 NTN SJ= 904.06-4.06
WP/2939 463 466 2 HE S6= -110-0.750.75
WP/4391 475 476 1 NTN H6-2 -100-0.680.68
WP/4391 491 492 2 HW DK= -110-0.750.75
WP/4392 473 484 1 NTN H6-2 -100-0.680.68
WP/4392 489 500 4 H xE S6-1 2006.29-6.29
WP/4399 474 483 1 NTN SJ-1 -500.90-0.90
WP/4399 490 499 2 HE S6= -110-0.750.75
WP/43910 488 482 2 HE D7+1 -140-1.721.72
WP/43912 477 485 2 HE S6+1 -140-1.721.72
WP/43912 493 501 2 HE C2= -110-0.750.75
WP/43913 480 481 4 HE C3-3 3008.25-8.25
WP/43913 496 497 2 HE S4+1 -140-1.721.72
WP/43914 487 478 1 NTE C2= -90-0.190.19
WP/43914 503 494 2 HE D7+2 -170-2.572.57
WP/43915 479 486 2 HE D7= -110-0.750.75
WP/43915 495 502 1 NTN SJ+1 1204.75-4.75
WP/4861 507 508 1 NTN H6-2 -100-0.680.68
WP/4862 505 523 2 NTN SJ-1 -500.90-0.90
WP/4865 514 526 2 HE S9+1 -140-1.721.72
WP/4866 513 524 2 NTN H6-3 -150-1.881.88
WP/4867 521 520 2 HW H7+1 -140-1.721.72
WP/4868 519 522 1 NTN H6-2 -100-0.680.68
WP/4869 506 525 3 HE S6-1 1004.10-4.10
WP/48610 509 516 2 HE H7-1 1004.10-4.10
WP/48611 518 515 3 SS CK-2 -100-0.680.68
WP/48612 511 517 3 H xE S9= -730-11.6011.60
WP/48613 512 510 4 H xE S6-2 50011.09-11.09
WP/4891 537 538 2 HE C2+1 -140-1.721.72
WP/4891 535 536 2 HE D8+1 -140-1.721.72
WP/4891 533 534 1 DN SJ+1 904.06-4.06
WP/4891 531 532 1 NTN H6-2 -100-0.680.68
WP/4891 529 530 1 NT xN H6-2 -300-5.355.35
WP/4891 527 528 2 HE C2+1 -140-1.721.72
WP/4891 546 541 2 NTN -3 -150-1.881.88
WP/4891 545 542 3 HW -1 1004.10-4.10
WP/4891 544 543 2 NTN -5 -250-4.364.36
ZP/1161 547 548 2 HE D7= -110-0.750.75
ZP/1161 549 550 1 NTE C2-2 2006.29-6.29
ZP/1161 551 552 2 HE S6+1 -140-1.721.72
ZP/1671 555 559 2 HE C2+1 -140-1.721.72
ZP/1676 554 561 2 HW DK+1 -140-1.721.72
ZP/1677 557 558 2 HE S6= -110-0.750.75
ZP/1679 553 556 1 NTN H6-1 -500.90-0.90
ZP/3597 566 565 3 NTS CA-1 -500.90-0.90
ZP/3596 569 567 4 SS H3-4 -200-3.343.34
ZP/3594 568 564 2 HE S6= -110-0.750.75
ZP/3751 578 571 2 HE D7+2 -170-2.572.57
ZP/3754 576 572 3 HE D8-1 1004.10-4.10
ZP/3756 577 575 2 HE D8+2 -170-2.572.57
ZP/3757 574 573 1 NTN H6-2 -100-0.680.68
ZP/4331 581 585 3 HE D7-1 1004.10-4.10
ZP/4336 580 587 3 H xE S4-2 50011.09-11.09
ZP/4337 583 584 3 HE S6-2 2006.29-6.29
ZP/4339 579 582 2 HE S6= -110-0.750.75