Turniej na impy (cav.)

Czwartek, 30 kwietnia 2026

Wyniki z 23 ośrodków

do wyników...

pobierz rozkłady turnieju
    S K972
H 109
D QJ
C AQ1086		    
  S QJ64
H AK76
D AK942
C 		N/NS S A83
H QJ8432
D 53
C 53		  
    S 105
H 5
D 10876
C KJ9742		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N33038  E791395
S33038  W791395
Minimax: 7 H W, -1510
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
10035 D W -2111.73-11.73
6 D x E -11
4 S W -21
5014 D W -1111.07-11.07
-10023 C N -129.30-9.30
-15013 D W +218.38-8.38
-20034 C N -227.61-7.61
5 C N -21
-23013 H E +317.21-7.21
-26013 H E +416.71-6.71
-30015 C N -315.83-5.83
-40015 D W =13.94-3.94
-45064 H E +132.96-2.96
4 H W +11
5 H E =2
-480284 H E +2192.29-2.29
4 H W +25
5 H E +14
-50025 C x N -221.54-1.54
-510314 H E +3251.54-1.54
5 H E +26
-75015 H x E +11-3.723.72
-80045 C x N -34-4.724.72
-98076 H E =7-7.867.86
-1010186 H E +114-8.468.46
6 H W +14
-121016 H x E =1-10.6210.62
-131016 H x E +11-11.7911.79
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/3801 14 9 6 HE S10+1 -1010-8.468.46
DS/3802 4 5 5 C xN HQ-2 -5001.54-1.54
DS/3803 16 3 4 HE CK+2 -4802.29-2.29
DS/3809 2 13 5 HE S10+1 -4802.29-2.29
DS/38010 1 11 5 HE S10+2 -5101.54-1.54
DS/38013 10 8 4 HE S10+2 -4802.29-2.29
DS/38014 6 12 6 HE C4+1 -1010-8.468.46
DS/724 22 26 4 HE S10+3 -5101.54-1.54
DS/725 20 19 4 HE S10+3 -5101.54-1.54
DS/726 25 27 4 HE S10+3 -5101.54-1.54
DS/727 17 24 4 HE CK+2 -4802.29-2.29
DS/7210 21 23 4 HE S10+3 -5101.54-1.54
DS/941 30 29 5 CN SA-2 -2007.61-7.61
KP/3921 33 34 4 SW H10-2 10011.73-11.73
KP/3922 31 48 4 HW S2+2 -4802.29-2.29
KP/3923 47 44 4 HE CK+2 -4802.29-2.29
KP/3924 45 40 4 HE CK+1 -4502.96-2.96
KP/3925 43 36 4 HE D8+2 -4802.29-2.29
KP/3926 41 32 4 HE S5+3 -5101.54-1.54
KP/3927 46 39 5 HE C2+2 -5101.54-1.54
KP/3928 42 37 6 HW S2+1 -1010-8.468.46
KP/3929 38 35 5 HE CK= -4502.96-2.96
KP/4641 55 59 5 C xN HQ-2 -5001.54-1.54
KP/4649 58 51 4 HE S10+3 -5101.54-1.54
KP/4648 57 52 4 HE S5+3 -5101.54-1.54
KP/4647 54 53 4 HE C7+2 -4802.29-2.29
KP/4646 49 56 4 HE C7+2 -4802.29-2.29
KP/501 62 65 4 HE C2+2 -4802.29-2.29
KP/502 64 68 5 C xN HQ-3 -800-4.724.72
KP/507 63 61 3 CN HQ-1 -1009.30-9.30
KP/508 66 67 6 H xE S10+1 -1310-11.7911.79
KP/509 70 69 4 HE CK+3 -5101.54-1.54
LD/4601 75 72 6 HE S10+1 -1010-8.468.46
LD/4601 74 73 4 HE C2+2 -4802.29-2.29
LD/4782 79 83 5 HE S10+1 -4802.29-2.29
LD/4781 85 84 5 HE S10+2 -5101.54-1.54
LD/4787 87 77 4 HE S10+3 -5101.54-1.54
LD/4789 78 80 5 C xN D3-3 -800-4.724.72
LD/4786 86 82 6 HW DQ+1 -1010-8.468.46
LU/4681 90 93 6 HE C7= -980-7.867.86
LU/4682 92 96 6 HE S10= -980-7.867.86
LU/4687 91 89 4 HW H10+2 -4802.29-2.29
LU/4689 98 97 6 HW DQ+1 -1010-8.468.46
MA/1261 106 111 4 HE S10+3 -5101.54-1.54
MA/1262 112 100 5 HE S10+2 -5101.54-1.54
MA/1265 108 104 4 HW CA+2 -4802.29-2.29
MA/1266 109 99 5 DW CA-2 10011.73-11.73
MA/1267 102 107 4 HE S10+3 -5101.54-1.54
MA/1268 105 110 5 C xN HQ-3 -800-4.724.72
MA/1269 103 101 4 DW CA-1 5011.07-11.07
MA/2821 115 116 6 HW D8+1 -1010-8.468.46
MA/2822 113 117 3 DW H10+2 -1508.38-8.38
MA/2825 118 119 6 HE S5+1 -1010-8.468.46
MA/2827 114 120 4 HE S10+2 -4802.29-2.29
MA/411 125 126 4 HE S10+3 -5101.54-1.54
MA/412 123 122 3 HE CK+3 -2307.21-7.21
MA/413 121 148 4 HE S10+3 -5101.54-1.54
MA/415 147 140 5 H xE CK+1 -750-3.723.72
MA/416 145 136 4 HW DQ+1 -4502.96-2.96
MA/417 143 132 4 HE C2+2 -4802.29-2.29
MA/418 141 128 4 HE CJ+2 -4802.29-2.29
MA/419 139 124 4 CN D3-2 -2007.61-7.61
MA/4110 150 137 4 HE S10+3 -5101.54-1.54
MA/4111 146 135 4 HE C7+3 -5101.54-1.54
MA/4112 142 133 5 HE CK= -4502.96-2.96
MA/4113 138 131 4 HE CK+1 -4502.96-2.96
MA/461 154 151 6 HE S10+1 -1010-8.468.46
MA/461 152 153 4 HE D6+3 -5101.54-1.54
MA/5081 157 158 4 CN D5-2 -2007.61-7.61
MA/5082 164 161 6 HE D10= -980-7.867.86
MA/5087 155 160 6 HE S10+1 -1010-8.468.46
MA/5088 163 156 3 CN D5-1 -1009.30-9.30
MA/5089 159 162 4 HE S10+3 -5101.54-1.54
MA/861 167 168 6 D xE H5-1 10011.73-11.73
MA/861 169 170 5 CN D3-3 -3005.83-5.83
PD/3691 172 175 3 HE S10+4 -2606.71-6.71
PD/3692 174 178 4 HE CK+3 -5101.54-1.54
PD/3697 173 171 5 C xN HQ-3 -800-4.724.72
PD/3698 176 177 4 HE CK+2 -4802.29-2.29
PD/3699 180 179 4 HE C2+2 -4802.29-2.29
SL/5251 183 184 6 HE S10+1 -1010-8.468.46
SL/5252 181 185 5 HE C2+2 -5101.54-1.54
SL/5255 186 187 4 HW DQ+2 -4802.29-2.29
SL/5257 182 188 4 HE CK+2 -4802.29-2.29
WM/4591 191 202 6 HE S10+1 -1010-8.468.46
WM/4592 190 207 4 HE CK+2 -4802.29-2.29
WM/4593 189 204 4 HE S10+3 -5101.54-1.54
WM/4597 203 209 4 HE CJ+2 -4802.29-2.29
WM/4598 197 199 4 HE C7+2 -4802.29-2.29
WM/4599 196 195 4 HE C2+2 -4802.29-2.29
WM/45910 198 194 6 HE CK= -980-7.867.86
WM/45911 201 205 6 HE C2= -980-7.867.86
WM/45912 208 200 6 HE C2= -980-7.867.86
WM/45913 192 193 4 HE C7+3 -5101.54-1.54
WP/5071 216 211 4 HE S10+3 -5101.54-1.54
WP/5071 215 212 4 HE C7+3 -5101.54-1.54
WP/5071 214 213 5 HE C7+1 -4802.29-2.29
ZP/3081 221 220 4 HE S10+3 -5101.54-1.54
ZP/3085 223 219 6 HE S10+1 -1010-8.468.46
ZP/3087 217 222 5 HE CK+2 -5101.54-1.54
ZP/3781 226 229 6 HE D6+1 -1010-8.468.46
ZP/3782 228 232 6 H xE C7= -1210-10.6210.62
ZP/3787 227 225 6 HE CK= -980-7.867.86
ZP/3788 230 231 5 HE CK+1 -4802.29-2.29
ZP/4331 236 239 6 HE S10+1 -1010-8.468.46
ZP/4332 238 242 4 HE C2+1 -4502.96-2.96
ZP/4337 237 235 6 HE S10+1 -1010-8.468.46
ZP/4338 240 241 6 HE S10+1 -1010-8.468.46
ZP/4339 244 243 5 DW H10= -4003.94-3.94
ZP/5011 246 249 4 HW DJ+2 -4802.29-2.29
ZP/5012 248 252 4 HE S10+3 -5101.54-1.54
ZP/5017 247 245 6 HE S10+1 -1010-8.468.46
ZP/5018 250 251 4 HE CJ+3 -5101.54-1.54