Turniej KMP na impy

Poniedziałek, 25 marca 2024

Wyniki z 45 ośrodków

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

pobierz rozkłady turnieju
    S QJ7
H K83
D A82
C AK105
   
  S 54
H AJ105
D QJ63
C 643
N/Obie S AK2
H 62
D K109754
C 72
 
    S 109863
H Q974
D
C QJ98
   
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N59849  E74593
S59849  W74593
Minimax: 3 S S, 140
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień
kontraktliczba
wystąpień
% NS% EW
93013 S x S +1113.39-13.39
620124 S N =310.75-10.75
4 S S =9
60013 NT N =110.58-10.58
20034 D x E -124.42-4.42
4 D x W -11
170172 S N +253.74-3.74
2 S S +26
3 S N +11
3 S S +15
140532 H N +112.98-2.98
2 S N +130
2 S S +18
3 S N =4
3 S S =10
13013 C N +112.97-2.97
12012 NT N =12.39-2.39
110183 C S =22.14-2.14
2 D N +11
2 H S =8
2 S N =4
2 S S =3
-100382 H S -13-2.392.39
3 H N -11
4 H S -11
3 S N -11
3 S S -12
4 S N -114
4 S S -113
1 NT N -12
2 NT N -11
-110102 D E +13-2.482.48
3 D E =4
3 D W =2
2 H W =1
-13014 D E =1-3.123.12
-20095 C N -22-4.604.60
2 H S -21
3 H S -21
4 H S -21
4 S S -21
2 NT N -21
3 NT N -22
-300143 H N -31-6.556.55
4 H S -31
2 NT N -36
3 NT N -36
-400143 H S -41-8.198.19
2 NT N -41
3 NT N -412
-50034 S x S -21-9.739.73
1 NT N -51
3 NT N -51
-67023 D x E =2-11.5411.54
-80017 S x N -31-12.7912.79
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1362 4 8 4 SN SA-1 -100-2.392.39
DS/1363 2 1 2 DE CQ+1 -110-2.482.48
DS/1364 7 11 3 NTN D10-4 -400-8.198.19
DS/1365 9 6 3 HS DQ-2 -200-4.604.60
DS/1368 3 5 2 SN H2+1 1402.98-2.98
DS/1583 14 13 2 SN H6+2 1703.74-3.74
DS/1584 19 23 3 SS DQ+1 1703.74-3.74
DS/1588 15 17 2 SN D4= 1102.14-2.14
DS/15810 24 22 2 DN C7+1 1102.14-2.14
DS/1582 16 20 4 SN C2-1 -100-2.392.39
DS/1585 21 18 3 NTN D7-4 -400-8.198.19
DS/3805 41 35 4 SS S4-1 -100-2.392.39
DS/3806 28 42 3 CS S4= 1102.14-2.14
DS/3807 30 43 4 SS DQ= 62010.75-10.75
DS/3808 36 44 2 HS S4= 1102.14-2.14
DS/3809 38 26 4 SS DQ-1 -100-2.392.39
DS/38010 45 37 4 SS C4-1 -100-2.392.39
DS/38011 46 27 2 SN SA+1 1402.98-2.98
DS/38012 47 31 4 SS C4= 62010.75-10.75
DS/38013 33 34 3 SS HJ+1 1703.74-3.74
DS/38014 32 25 2 SN S2+1 1402.98-2.98
DS/38015 48 39 2 SS D3+1 1402.98-2.98
DS/722 52 56 2 SN H2+1 1402.98-2.98
DS/723 50 49 3 SS DQ-1 -100-2.392.39
DS/724 55 59 4 SN H2-1 -100-2.392.39
DS/725 57 54 3 HN SA-1 -100-2.392.39
DS/728 51 53 2 HS D3= 1102.14-2.14
KP/1256 72 64 2 SN H6+2 1703.74-3.74
KP/1254 63 71 3 SN C7= 1402.98-2.98
KP/1255 69 67 2 SN H2= 1102.14-2.14
KP/1257 62 68 4 SN SA-1 -100-2.392.39
KP/1258 61 73 3 NTN D9-3 -300-6.556.55
KP/1259 66 65 2 NTN D7-3 -300-6.556.55
KP/29515 75 86 3 NTN D10-4 -400-8.198.19
KP/29514 76 88 4 D xW CA-1 2004.42-4.42
KP/29513 77 85 4 SS C4= 62010.75-10.75
KP/29512 78 87 4 HS C6-1 -100-2.392.39
KP/29511 79 89 4 SS DQ-1 -100-2.392.39
KP/29515 80 96 4 SN C2-1 -100-2.392.39
KP/29514 81 98 3 SS DQ+1 1703.74-3.74
KP/29513 82 95 3 CN SA+1 1302.97-2.97
KP/29512 83 97 2 NTN C2= 1202.39-2.39
KP/29511 84 99 4 SS HA= 62010.75-10.75
KP/29515 100 91 2 SS DQ+2 1703.74-3.74
KP/29514 101 93 2 SS DQ+2 1703.74-3.74
KP/29513 102 90 2 SN C2+1 1402.98-2.98
KP/29512 103 92 4 SS HA= 62010.75-10.75
KP/29511 105 94 4 S xS S5-2 -500-9.739.73
KP/29511 104 106 5 CN SA-2 -200-4.604.60
KP/5015 146 135 3 SN H6= 1402.98-2.98
KP/5014 145 126 4 SS S4-1 -100-2.392.39
KP/5013 134 127 3 NTN SA-4 -400-8.198.19
KP/5012 144 121 4 HS DQ-3 -300-6.556.55
KP/5011 133 143 3 SS C6= 1402.98-2.98
KP/5010 129 142 3 NTN D7-3 -300-6.556.55
KP/509 124 141 4 SS DQ-1 -100-2.392.39
KP/508 140 125 4 SN D7-1 -100-2.392.39
KP/507 139 123 3 NTN D7-3 -300-6.556.55
KP/506 138 132 3 DE S9= -110-2.482.48
KP/505 130 128 3 NTN D10-2 -200-4.604.60
KP/504 122 137 2 NTN D7-2 -200-4.604.60
LB/2635 147 149 4 D xE S10-1 2004.42-4.42
LB/2635 152 150 2 SN H6+1 1402.98-2.98
LB/2635 151 148 3 NTN SA-2 -200-4.604.60
LB/4292 182 186 4 SN H2-1 -100-2.392.39
LB/4293 180 179 2 SN DK+1 1402.98-2.98
LB/4294 185 189 3 NTN D4-3 -300-6.556.55
LB/4295 187 184 4 SS D3= 62010.75-10.75
LB/4298 181 183 2 SN H2+1 1402.98-2.98
LB/42910 190 188 3 SN DK+1 1703.74-3.74
LD/2571 210 220 3 DE CQ= -110-2.482.48
LD/2572 209 218 2 SN H2+2 1703.74-3.74
LD/2573 208 216 2 HS DQ-2 -200-4.604.60
LD/2574 207 214 4 SN SA-1 -100-2.392.39
LD/2575 206 212 2 SN C2+1 1402.98-2.98
LD/2576 219 205 2 HS SA= 1102.14-2.14
LD/2577 217 204 3 SS DQ-1 -100-2.392.39
LD/2578 215 203 2 NTN D10-3 -300-6.556.55
LD/2579 213 202 2 SN H2+1 1402.98-2.98
LU/4682 242 246 3 SS DQ= 1402.98-2.98
LU/4683 240 239 2 DE H4+1 -110-2.482.48
LU/4684 245 249 2 NTN D7-3 -300-6.556.55
LU/4685 247 244 2 SN H6+1 1402.98-2.98
LU/4688 241 243 2 SN H2= 1102.14-2.14
LU/46810 250 248 2 NTN D7-3 -300-6.556.55
MA/1262 257 254 2 HS DQ= 1102.14-2.14
MA/1263 256 252 3 NTN SA= 60010.58-10.58
MA/1263 269 273 2 SN H2+1 1402.98-2.98
MA/1264 262 258 3 D xE CQ= -670-11.5411.54
MA/1264 268 276 2 SN D10+1 1402.98-2.98
MA/1265 260 253 4 SN C2= 62010.75-10.75
MA/1265 274 278 3 SS S4+1 1703.74-3.74
MA/1266 271 264 2 SS D3= 1102.14-2.14
MA/1267 265 270 4 SN SA= 62010.75-10.75
MA/1268 261 255 4 SS DQ-2 -200-4.604.60
MA/1268 267 275 3 NTN D10-4 -400-8.198.19
MA/1269 272 266 3 HN SA-3 -300-6.556.55
MA/12610 251 259 2 SS C4+1 1402.98-2.98
MA/12610 263 277 2 HS DQ-1 -100-2.392.39
MA/2621 307 308 2 SN D4+1 1402.98-2.98
MA/2622 305 304 2 SN H2+2 1703.74-3.74
MA/2623 303 300 3 DE S9= -110-2.482.48
MA/2624 301 296 2 SN C7+1 1402.98-2.98
MA/2624 320 322 1 NTN D7-5 -500-9.739.73
MA/2624 332 334 2 SN H6+2 1703.74-3.74
MA/2625 299 292 3 S xS DQ+1 93013.39-13.39
MA/2625 318 312 2 SS DQ+1 1402.98-2.98
MA/2625 330 324 2 SS DQ+2 1703.74-3.74
MA/2626 297 288 3 NTN D9-4 -400-8.198.19
MA/2626 317 313 1 NTN D7-1 -100-2.392.39
MA/2626 329 325 2 HS S4-1 -100-2.392.39
MA/2627 295 284 4 SN H2-1 -100-2.392.39
MA/2627 316 311 2 SN H2+1 1402.98-2.98
MA/2627 328 323 4 SS S4= 62010.75-10.75
MA/2628 293 280 2 NTN D9-3 -300-6.556.55
MA/2628 310 314 4 SS HJ-1 -100-2.392.39
MA/2628 336 326 3 CS DQ= 1102.14-2.14
MA/2629 291 306 2 SN H2+1 1402.98-2.98
MA/2629 315 319 2 HS S4-1 -100-2.392.39
MA/2629 327 331 3 SS DQ= 1402.98-2.98
MA/26210 289 302 2 SN C2+1 1402.98-2.98
MA/26210 333 321 4 SN D10-1 -100-2.392.39
MA/26211 298 287 3 SN H6= 1402.98-2.98
MA/26212 294 285 4 SS D3-1 -100-2.392.39
MA/26213 290 283 2 DE CQ+1 -110-2.482.48
MA/26214 286 281 3 NTN D7-3 -300-6.556.55
MA/26215 282 279 2 SS DQ+1 1402.98-2.98
MA/4512 340 344 4 SS S5= 62010.75-10.75
MA/4513 338 337 2 HN H2+1 1402.98-2.98
MA/4515 345 342 2 SN H2+1 1402.98-2.98
MA/4518 339 341 3 NTN D7-4 -400-8.198.19
MA/45110 348 346 2 SS DQ+1 1402.98-2.98
PD/3695 435 433 3 SS = 1402.98-2.98
PD/3696 438 430 4 SS = 62010.75-10.75
PD/3697 428 434 1 NTN -1 -100-2.392.39
PD/3698 427 439 3 SS = 1402.98-2.98
PD/3699 432 431 4 SS -1 -100-2.392.39
PD/36910 440 436 2 SN +1 1402.98-2.98
PK/1187 453 463 2 SS C4+2 1703.74-3.74
PK/1188 454 457 4 SN H2-1 -100-2.392.39
PK/11810 459 455 2 SS DQ= 1102.14-2.14
PK/11811 456 466 2 SN C2+1 1402.98-2.98
PK/11812 458 462 3 SS D3= 1402.98-2.98
PK/11813 465 452 4 SN C2-1 -100-2.392.39
PK/11814 460 464 3 DE CQ= -110-2.482.48
PM/2722 478 493 2 SN DT+1 1402.98-2.98
PM/2723 486 484 2 HS DQ= 1102.14-2.14
PM/2724 494 488 3 NTN D7-4 -400-8.198.19
PM/2725 495 479 3 SN H2= 1402.98-2.98
PM/2726 496 481 2 SS D6+1 1402.98-2.98
PM/2727 480 497 4 DxE CQ-1 2004.42-4.42
PM/2728 485 498 2 SN C2+1 1402.98-2.98
PM/2729 489 499 2 SN C7+1 1402.98-2.98
PM/27210 500 477 2 SN H2= 1102.14-2.14
PM/27211 490 483 2 SN H6+1 1402.98-2.98
PM/27212 501 482 2 SS DQ+1 1402.98-2.98
PM/27213 502 491 2 HS C6= 1102.14-2.14
WM/1325 524 523 3 SS DQ= 1402.98-2.98
WM/1325 522 519 3 NTN D7-5 -500-9.739.73
WM/1325 521 520 4 HS S5-2 -200-4.604.60
WM/3377 562 561 3 DW CQ= -110-2.482.48
WM/3378 553 558 2 NTN D5-3 -300-6.556.55
WM/33710 557 559 2 NTN D7-4 -400-8.198.19
WM/33711 552 555 3 NTN D7-4 -400-8.198.19
WM/33712 554 550 4 SN H2-1 -100-2.392.39
WM/33713 556 549 5 CN SA-2 -200-4.604.60
WM/33714 560 551 3 SS C4+1 1703.74-3.74
WM/33715 564 563 2 SS HJ+1 1402.98-2.98
WP/1472 584 588 7 S xN C2-3 -800-12.7912.79
WP/1473 582 581 4 SN H2-1 -100-2.392.39
WP/1474 587 591 3 NTN D7-4 -400-8.198.19
WP/1475 589 586 3 SS DJ= 1402.98-2.98
WP/1478 583 585 2 NTN H6-1 -100-2.392.39
WP/14710 592 590 2 SN C2+1 1402.98-2.98
WP/4856 667 655 2 SN H2+1 1402.98-2.98
WP/4857 640 634 3 NTN D7-3 -300-6.556.55
WP/4857 653 666 3 DW DA= -110-2.482.48
WP/4858 648 646 4 SS DQ-1 -100-2.392.39
WP/4858 661 664 4 SN H2= 62010.75-10.75
WP/4859 639 633 2 SN D7+1 1402.98-2.98
WP/4859 663 662 2 HS S4= 1102.14-2.14
WP/48510 641 638 3 D xE CQ= -670-11.5411.54
WP/48510 668 658 2 HW DK= -110-2.482.48
WP/48511 632 644 2 SS DQ= 1102.14-2.14
WP/48511 652 656 3 SS DQ= 1402.98-2.98
WP/48512 636 643 2 SN HJ+1 1402.98-2.98
WP/48512 665 660 2 SS HA+2 1703.74-3.74
WP/48513 645 642 2 HS DQ= 1102.14-2.14
WP/48513 657 651 3 SS DJ= 1402.98-2.98
WP/48514 635 647 4 SS DQ-1 -100-2.392.39
WP/48514 659 650 4 DE S10= -130-3.123.12
WP/48515 631 637 2 SN H2+1 1402.98-2.98
WP/48515 649 654 2 SS C4+2 1703.74-3.74
ZP/4334 717 725 4 SS DQ-1 -100-2.392.39
ZP/4335 723 721 3 HS DQ-4 -400-8.198.19
ZP/4336 726 718 3 NTN D10-4 -400-8.198.19
ZP/4337 716 722 3 SN SA-1 -100-2.392.39
ZP/4338 715 727 3 NTN SA-4 -400-8.198.19
ZP/4339 720 719 4 SS DQ-1 -100-2.392.39