Turniej na impy (cav.)

Czwartek, 5 czerwca 2025

Wyniki z 19 ośrodków

do wyników...

pobierz rozkłady turnieju
    S J83
H AJ4
D 7643
C AQ2		    
  S Q1092
H 109
D AJ2
C J953		 S/EW S K765
H Q862
D Q108
C K7		  
    S A4
H K753
D K95
C 10864		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N54666  E78777
S54666  W78777
Minimax: 1 S W, -110
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
42014 S N =110.48-10.48
12012 NT N =15.50-5.50
11011 H S +114.73-4.73
10012 S E -114.62-4.62
9031 NT N =24.59-4.59
1 NT S =1
8031 H S =34.52-4.52
08PASS82.49-2.49
-50282 C N -111.16-1.16
1 H S -110
2 H S -14
1 NT N -17
1 NT S -15
2 NT N -11
-100351 H S -214-0.440.44
2 H S -25
1 NT N -210
1 NT S -23
2 NT N -22
3 NT N -21
-11081 S E +11-0.660.66
1 S W +13
2 S W =4
-14022 S E +11-1.631.63
2 S W +11
-150252 D N -31-1.931.93
3 D N -32
2 H N -31
2 H S -33
3 H S -31
1 NT N -311
1 NT S -32
2 NT N -32
2 NT S -31
3 NT S -31
-20053 D N -41-3.263.26
3 H S -41
2 NT N -41
2 NT S -41
3 NT N -41
-30013 NT N -61-5.305.30
-67012 S x W =1-11.4111.41
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1364 6 4 1 HS S10-1 -501.16-1.16
DS/1364 3 5 3 DN S5-3 -150-1.931.93
DS/1364 2 1 1 HS S2-1 -501.16-1.16
DS/3363 14 12 1 NTN H2-1 -501.16-1.16
DS/3364 8 9 1 HS S10-1 -501.16-1.16
DS/3365 16 11 1 SW D7+1 -110-0.660.66
DS/3366 13 7 1 HS H10+1 1104.73-4.73
DS/3367 15 10 2 NTN H2-2 -100-0.440.44
DS/3801 20 27 1 NTS H10-1 -501.16-1.16
DS/3802 22 19 1 NTN S5-3 -150-1.931.93
DS/3805 26 18 2 HS S10-3 -150-1.931.93
DS/3807 28 23 3 DN S5-4 -200-3.263.26
DS/3809 17 21 1 NTN S5-2 -100-0.440.44
DS/38010 25 24 1 HS S2-2 -100-0.440.44
DS/723 36 34 2 NTN S5-3 -150-1.931.93
DS/724 30 31 1 HS H10-2 -100-0.440.44
DS/725 38 33 2 HS H10-2 -100-0.440.44
DS/726 35 29 1 HS S10-2 -100-0.440.44
DS/727 37 32 2 HS S2-3 -150-1.931.93
KP/4644 39 43 2 HS C3-1 -501.16-1.16
KP/4644 44 41 3 HS S2-3 -150-1.931.93
KP/4644 42 40 3 NTN H2-4 -200-3.263.26
KP/5010 45 52 1 NTN S5-1 -501.16-1.16
KP/508 47 48 1 HS H10-2 -100-0.440.44
KP/507 58 51 2 SW C2= -110-0.660.66
KP/506 57 49 1 HS H10-2 -100-0.440.44
KP/505 55 46 1 SW D7+1 -110-0.660.66
KP/504 53 50 1 NTS S2-1 -501.16-1.16
LB/3853 69 64 1 SW D7+1 -110-0.660.66
LB/3854 59 70 3 NTN S5-6 -300-5.305.30
LB/3855 65 67 1 NTN S5-1 -501.16-1.16
LB/3856 63 62 2 HS H10-1 -501.16-1.16
LB/3857 66 61 1 NTN H2= 904.59-4.59
LD/2572 80 72 2 CN SK-1 -501.16-1.16
LD/2573 81 76 2 SE H3-1 1004.62-4.62
LD/2574 71 82 2 HS H10-2 -100-0.440.44
LD/2575 77 79 1 HS H10-2 -100-0.440.44
LD/2576 75 74 1 NTN S5-1 -501.16-1.16
LD/2577 78 73 1 NTN S5-3 -150-1.931.93
MA/1261 101 102 2 HN S7-3 -150-1.931.93
MA/1262 99 98 1 NTN S5-2 -100-0.440.44
MA/1263 97 94 3 DN S6-3 -150-1.931.93
MA/1264 95 90 PASS = 02.49-2.49
MA/1265 93 86 1 NTN S5-3 -150-1.931.93
MA/1266 91 112 2 SW D6= -110-0.660.66
MA/1267 89 108 PASS = 02.49-2.49
MA/1268 87 104 1 NTN S10-2 -100-0.440.44
MA/1269 85 100 1 HS H10-2 -100-0.440.44
MA/12610 96 83 1 HS S2-1 -501.16-1.16
MA/12611 92 111 1 HS H9-2 -100-0.440.44
MA/12612 88 109 2 NTN S5-1 -501.16-1.16
MA/12613 84 107 3 NTN S6-2 -100-0.440.44
MA/2822 123 113 1 NTS S2-1 -501.16-1.16
MA/2823 121 114 1 NTN S5-1 -501.16-1.16
MA/2825 119 115 2 SE H3+1 -140-1.631.63
MA/2826 118 122 1 HS DA= 804.52-4.52
MA/2827 116 117 2 SW H4= -110-0.660.66
MA/3213 132 130 2 HS H10-2 -100-0.440.44
MA/3214 126 127 1 HS H10= 804.52-4.52
MA/3216 131 125 1 HS S10-2 -100-0.440.44
MA/3217 133 128 1 HS S10-2 -100-0.440.44
PD/3693 142 140 1 NTN S5-2 -100-0.440.44
PD/3694 136 137 1 HS C3-1 -501.16-1.16
PD/3695 144 139 1 NTS S2-1 -501.16-1.16
PD/3696 141 135 1 NTS S10-2 -100-0.440.44
PD/3697 143 138 1 HS H10-2 -100-0.440.44
PM/411 147 164 1 HS C3-1 -501.16-1.16
PM/412 167 160 PASS = 02.49-2.49
PM/413 185 156 2 DN S7-3 -150-1.931.93
PM/414 183 152 1 NTN S5-1 -501.16-1.16
PM/414 155 184 2 HS S9-1 -501.16-1.16
PM/415 181 148 2 SW D6= -110-0.660.66
PM/415 149 182 1 HS H10-1 -501.16-1.16
PM/416 179 170 1 NTN S7-3 -150-1.931.93
PM/416 169 180 2 S xW D6= -670-11.4111.41
PM/417 177 166 1 NTS H10-2 -100-0.440.44
PM/417 163 178 2 SW D6+1 -140-1.631.63
PM/418 175 162 1 NTN S5-3 -150-1.931.93
PM/418 157 176 1 NTS S2-1 -501.16-1.16
PM/419 173 158 2 NTN S7-2 -100-0.440.44
PM/419 151 174 2 NTN H2= 1205.50-5.50
PM/4110 154 171 1 NTN H2-1 -501.16-1.16
PM/4110 172 145 1 NTN S5-3 -150-1.931.93
PM/4111 150 165 3 NTS S10-3 -150-1.931.93
PM/4112 146 159 2 NTS S10-3 -150-1.931.93
PM/4113 168 153 2 HS H10-2 -100-0.440.44
WM/3184 189 193 1 HS H10-1 -501.16-1.16
WM/3185 199 188 1 NTN S6-2 -100-0.440.44
WM/3186 198 187 1 NTN H6-2 -100-0.440.44
WM/3187 190 192 PASS = 02.49-2.49
WM/3188 200 195 PASS = 02.49-2.49
WM/3189 196 194 1 HS H10-1 -501.16-1.16
WM/31810 197 191 1 NTN S6-2 -100-0.440.44
WP/3001 214 205 PASS = 02.49-2.49
WP/3002 207 206 2 NTS S10-4 -200-3.263.26
WP/3002 212 208 1 NTN S5-2 -100-0.440.44
WP/3003 201 202 1 NTN S5-3 -150-1.931.93
WP/3003 211 215 1 NTN S5-2 -100-0.440.44
WP/3004 209 203 2 HS H10-3 -150-1.931.93
WP/3004 216 213 1 NTN S5-3 -150-1.931.93
WP/3005 210 204 1 HS H10-2 -100-0.440.44
WP/4031 235 236 1 NTS S2-3 -150-1.931.93
WP/4032 229 234 1 NTN S5= 904.59-4.59
WP/4033 225 232 1 NTS S10-3 -150-1.931.93
WP/4034 231 230 1 HS H10-2 -100-0.440.44
WP/4035 238 233 2 HS H10-2 -100-0.440.44
WP/4036 219 226 1 HS C3-1 -501.16-1.16
WP/4037 223 227 1 HS H10= 804.52-4.52
WP/4038 221 218 2 NTN S5-4 -200-3.263.26
WP/4039 222 228 3 HS S10-4 -200-3.263.26
WP/40310 217 224 1 NTS S10-2 -100-0.440.44
WP/40314 237 220 1 NTS S2= 904.59-4.59
ZP/3084 239 243 1 NTN S5-3 -150-1.931.93
ZP/3084 244 241 4 SN C7= 42010.48-10.48
ZP/3084 242 240 1 NTN S5-3 -150-1.931.93
ZP/3781 247 250 2 NTN H2-3 -150-1.931.93
ZP/3783 248 246 1 NTN S5-2 -100-0.440.44
ZP/3784 245 251 1 SE H3+1 -110-0.660.66
ZP/3785 252 249 1 NTN S5-3 -150-1.931.93
ZP/4333 260 258 1 HS H10-2 -100-0.440.44
ZP/4334 254 255 2 HS H10-1 -501.16-1.16
ZP/4336 259 253 PASS = 02.49-2.49
ZP/4337 261 256 PASS = 02.49-2.49