Turniej KMP na maksy

Poniedziałek, 10 lutego 2014

Wyniki z 62 ośrodków

do wyników...

pobierz rozkłady turnieju

|<<

<<

*

Rozdanie nr 33

\|<<	<<	*
Rozdanie nr 33

KQ952

AK7

A9853

3

43

AJ1098752

Q7

N/-

J108

QJ1092

63

1062

A764

865

KQ4

KJ4

Liczba lew do wzięcia:


N	12	13	10	6	13		E	1	0	3	6	0
S	12	13	10	7	13		W	1	0	3	6	0

Minimax: 7

N, 1510
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1700	4	7 x E -7		1	99.47	0.53
1700	4	7 x W -7		3	99.47	0.53
1510	3	PASS		3	98.33	1.67
1400	2	PASS		2	97.52	2.48
1210	2	6 x N =		2	96.86	3.14
1100	4	5 x W -5		3	95.89	4.11
1100	4	6 x W -5		1	95.89	4.11
1010	28	PASS		8	90.68	9.32
		6 N +1		13
		6 S +1		7
980	147	6 N =		1	62.20	37.80
		PASS		28
		6 N =		98
		6 S =		20
920	2	6 N =		1	37.96	62.04
920	2	PASS		1	37.96	62.04
800	2	4 x W -4		1	37.31	62.69
800	2	5 x W -4		1	37.31	62.69
790	1	4 x N +2		1	36.82	63.18
510	16	4 N +3		8	34.05	65.95
		4 S +3		3
		5 N +2		5
500	1	3 x W -3		1	31.29	68.71
490	1	5 S +1		1	30.96	69.04
480	67	PASS		13	19.90	80.10
		4 N +2		25
		4 S +2		2
		5 N +1		23
		5 S +1		4
450	7	PASS		2	7.85	92.15
		4 N +1		3
		4 S +1		2
420	1	4 N =		1	6.55	93.45
-50	15	PASS		3	3.95	96.05
		7 N -1		8
		7 S -1		2
		6 S -1		2
-100	4	PASS		1	0.86	99.14
		7 x N -1		1
		7 N -2		1
		7 x S -1		1
-460	1	3 W +2		1	0.04	99.96
	1	TD

Kliknij na numer pary, żeby obejrzeć historię.

Kliknij na nagłówki kolumn, żeby zmienić sortowanie.

ośrodek	runda	NS	EW	kontrakt	rozg.	wist	lew	zapis	% NS	% EW
BY2/915		43	39	6	S	6	=	980	62.20	37.80
BY2/915		44	42	3	W	A	+2	-460	0.04	99.96
BY2/915		40	41	6	S	6	=	980	62.20	37.80
CI1/918	1	60	67	6	N	6	=	980	62.20	37.80
CI1/918	2	63	64	7	N	Q	-1	-50	3.95	96.05
CI1/918	3	69	66	6	S	A	+1	1010	90.68	9.32
CI1/918	4	68	62	5	N	Q	+2	510	34.05	65.95
CI1/918	5	61	65	5	N	Q	+1	480	19.90	80.10
DS/106	1	87	73					480	19.90	80.10
DS/106	2	82	88					480	19.90	80.10
DS/106	3	84	76					980	62.20	37.80
DS/106	4	80	77					450	7.85	92.15
DS/106	5	85	79					980	62.20	37.80
DS/106	6	86	78					980	62.20	37.80
DS/106	7	81	75					480	19.90	80.10
DS/106	8	72	89					480	19.90	80.10
DS/106	9	70	74					480	19.90	80.10
DS/106	10	71	83					980	62.20	37.80
DS/144	9	92	97	6	S	Q	=	980	62.20	37.80
DS/144	5	98	91	6	S	Q	=	980	62.20	37.80
DS/144	4	94	95	6	S	5	=	980	62.20	37.80
DS/144	3	90	99	7 x	N	Q	-1	-100	0.86	99.14
DS/144	1	93	96	6	N	3	=	980	62.20	37.80
DS/67	1	112	123	6	N	3	=	980	62.20	37.80
DS/67	2	111	122	6	N	Q	=	980	62.20	37.80
DS/67	3	110	120	6	N	3	=	980	62.20	37.80
DS/67	4	109	118	4	N	3	+2	480	19.90	80.10
DS/67	5	108	115	6	N	3	=	980	62.20	37.80
DS/67	6	107	113	6	N	Q	=	980	62.20	37.80
DS/67	7	106	121	7	N	3	-1	-50	3.95	96.05
DS/67	8	119	105	6	S	4	=	980	62.20	37.80
DS/67	9	117	104	4	N	Q	+2	480	19.90	80.10
DS/67	10	116	103	6	N	3	=	980	62.20	37.80
DS/67	11	114	102	5	N	Q	+1	480	19.90	80.10
DS/72	11	137	134	6	N	6	=	980	62.20	37.80
DS/72	10	125	127	6	N	6	=	980	62.20	37.80
DS/72	9	129	130	5	N	3	+2	510	34.05	65.95
DS/72	8	126	133	4	N	6	+2	480	19.90	80.10
DS/72	7	131	136	6	N	3	+1	1010	90.68	9.32
DS/72	6	128	135	5	N	6	+2	510	34.05	65.95
DS/72	5	124	132	6	N	6	=	980	62.20	37.80
JG2/920	1	158	165	6	S	A	+1	1010	90.68	9.32
JG2/920	2	161	162	6	S	A	=	980	62.20	37.80
JG2/920	4	166	160	6	S	A	=	980	62.20	37.80
JG2/920	5	159	163	6	S	A	=	980	62.20	37.80
JG4/917	1	172	168					1010	90.68	9.32
JG4/917	2	173	171					1510	98.33	1.67
JG4/917	3	169	170					480	19.90	80.10
JG4/917	4	175	174					1010	90.68	9.32
KP/114	1	176	184	6	N	3	=	980	62.20	37.80
KP/114	2	180	187	6	N	Q	=	980	62.20	37.80
KP/114	3	183	188	5	N	3	+1	480	19.90	80.10
KP/114	4	178	185	4	N	J	+1	450	7.85	92.15
KP/114	5	181	182	5 x	W	K	-5	1100	95.89	4.11
KP/114	6	177	179	6	N	Q	=	980	62.20	37.80
KP/125	5	190	197	5	N	6	+1	480	19.90	80.10
KP/125	6	193	194	4	S	3	+3	510	34.05	65.95
KP/125	7	199	196	4	N	6	+2	480	19.90	80.10
KP/125	8	198	192	4	S	A	+3	510	34.05	65.95
KP/125	9	191	195	5	N	D	+1	480	19.90	80.10
KP/50	1	211	204	4	N	6	+2	480	19.90	80.10
KP/50	2	206	212	6	N	Q	=	980	62.20	37.80
KP/50	3	213	209	5	N	3	+1	480	19.90	80.10
KP/50	4	200	201	6	N	Q	+1	1010	90.68	9.32
KP/50	5	203	214	5	N	3	+1	480	19.90	80.10
KP/50	6	205	208	4	N	3	+2	480	19.90	80.10
KP/50	7	216	207	7	N	3	-1	-50	3.95	96.05
KP/50	8	202	215	5	S	3	+1	490	30.96	69.04
KP/50	9	210	217	6	N	Q	=	980	62.20	37.80
LB/127	1	218	226					980	62.20	37.80
LB/127	2	222	229					980	62.20	37.80
LB/127	3	225	230					980	62.20	37.80
LB/127	4	220	227					480	19.90	80.10
LB/127	5	223	224					1400	97.52	2.48
LB/127	6	219	221					980	62.20	37.80
LB/127	7	231	228					980	62.20	37.80
LB/146	1	236	232					1510	98.33	1.67
LB/146	2	237	235					980	62.20	37.80
LB/146	3	234	233					980	62.20	37.80
LB/146	4	239	238					1010	90.68	9.32
LB/75	10	241	254	7 x	W	A	-7	1700	99.47	0.53
LB/75	4	244	248	6	N	6	=	980	62.20	37.80
LB/75	5	251	246	6	N	6	=	980	62.20	37.80
LB/75	6	249	240	6	N	6	=	980	62.20	37.80
LB/75	7	243	242	6	N	6	=	980	62.20	37.80
LB/75	8	245	252	6	N	6	=	980	62.20	37.80
LB/75	9	253	247	6	N	6	=	980	62.20	37.80
LD/119	1	256	263	5	N	3	+1	480	19.90	80.10
LD/119	2	259	260	6	N	3	=	980	62.20	37.80
LD/119	3	265	262	6	N	A	=	980	62.20	37.80
LD/119	4	264	258	6	N	6	=	980	62.20	37.80
LD/119	5	257	261	6	N	6	=	980	62.20	37.80
LD/48	1	266	273	7	N	3	-1	-50	3.95	96.05
LD/48	2	269	270	4	N	Q	+2	480	19.90	80.10
LD/48	3	275	272	7	S	3	-1	-50	3.95	96.05
LD/48	4	274	268	5	N	3	+1	480	19.90	80.10
LD/48	5	267	271	6	N	J	=	980	62.20	37.80
LD/92	1	276	283	5	N	Q	+2	510	34.05	65.95
LD/92	2	279	280	6	N	Q	=	980	62.20	37.80
LD/92	4	284	278	4 x	W	A	-4	800	37.31	62.69
LD/92	5	277	281	6 x	N	6	=	1210	96.86	3.14
LU/145	1	286	293					1010	90.68	9.32
LU/145	3	295	292					980	62.20	37.80
LU/145	4	294	288					480	19.90	80.10
LU/145	5	287	291					980	62.20	37.80
LU/90	1	299	302	6	N	Q	=	980	62.20	37.80
LU/90	2	296	305	6	N	Q	=	980	62.20	37.80
LU/90	3	300	301	6	S	5	=	980	62.20	37.80
LU/90	4	304	297	6	N	3	=	980	62.20	37.80
LU/90	5	298	303	6	N	3	=	980	62.20	37.80
LU3/906	1	312	308	6	N		=	980	62.20	37.80
LU3/906	2	313	311	5	N		+1	480	19.90	80.10
LU3/906	3	309	310	5	N		+1	480	19.90	80.10
MA/123	1	320	324	6	N	Q	=	980	62.20	37.80
MA/123	2	327	322	4 x	N	2	+2	790	36.82	63.18
MA/123	3	325	316	6	N	3	=	980	62.20	37.80
MA/123	4	319	318	6	S	A	=	980	62.20	37.80
MA/123	5	321	328	6	N	3	+1	1010	90.68	9.32
MA/123	6	329	323	7	N	Q	-1	-50	3.95	96.05
MA/123	7	317	330	5	N	9	+1	480	19.90	80.10
MA/46	1	386	393	4	S	A	+1	450	7.85	92.15
MA/46	2	389	390	4	N	Q	+2	480	19.90	80.10
MA/46	3	395	392	6	N	6	=	980	62.20	37.80
MA/46	4	394	388	4	N	Q	+3	510	34.05	65.95
MA/46	5	387	391	6 x	W	A	-5	1100	95.89	4.11
MA/65	28	414	413	6	N	3	=	980	62.20	37.80
MA/65	23	417	415	6	N	3	=	980	62.20	37.80
MA/65	13	416	412	6	N	3	=	980	62.20	37.80
MP/138	1	420	428	4	N	Q	+2	480	19.90	80.10
MP/138	2	424	431	6	N	6	=	980	62.20	37.80
MP/138	3	427	432	6	N	6	=	980	62.20	37.80
MP/138	4	422	429	6	N	8	=	980	62.20	37.80
MP/138	5	425	426	5	N	3	+1	480	19.90	80.10
MP/138	6	421	423	5	N	3	+2	510	34.05	65.95
MP/138	7	433	430	5	S	3	+1	480	19.90	80.10
MP/45	1	511	508	7 x	E		-7	1700	99.47	0.53
MP/45	2	509	507	4	N		+2	480	19.90	80.10
MP/45	3	510	506	6	N		=	980	62.20	37.80
OL3/925	1	516	512	6	N	6	+1	1010	90.68	9.32
OL3/925	2	517	515	7 x	S	A	-1	-100	0.86	99.14
OL3/925	3	513	514	5	N	3	+1	480	19.90	80.10
OL3/925	4	519	518	5	N	3	+1	480	19.90	80.10
OL4/913		520	527	4	N	Q	+3	510	34.05	65.95
OL4/913		523	524	4	N	Q	+2	480	19.90	80.10
OL4/913		528	522	6	N	3	=	980	62.20	37.80
OL4/913		521	525	4	N	3	+2	480	19.90	80.10
OP/95	1	533	537	6 x	N	6	=	1210	96.86	3.14
OP/95	2	540	535	6	S	Q	+1	1010	90.68	9.32
OP/95	3	538	529	6	N	3	=	980	62.20	37.80
OP/95	4	532	531	6	N	3	=	980	62.20	37.80
OP/95	5	534	541	4	N	Q	+3	510	34.05	65.95
OP/95	6	542	536	4	N	6	+3	510	34.05	65.95
OP/95	7	530	543	6	N	6	=	980	62.20	37.80
OP3/911	1	550	549	5	N	Q	+1	480	19.90	80.10
OP3/911	2	545	548	4	N	Q	+3	510	34.05	65.95
OP3/911	3	546	547	6	N	3	=	980	62.20	37.80
PD/70	1	554	557	5 x	W	A	-5	1100	95.89	4.11
PD/70	3	551	560	6	N	Q	=	980	62.20	37.80
PD/70	4	555	556	6	N	3	=	980	62.20	37.80
PD/70	5	559	552	6	S	4	=	980	62.20	37.80
PD/70	9	553	558	6	N	Q	=	980	62.20	37.80
PD/81	3	567	563	6	N	Q	=	980	62.20	37.80
PD/81	5	568	566	7	N	Q	-1	-50	3.95	96.05
PD/81	6	565	564	6	N	Q	+1	1010	90.68	9.32
PK/118	11	586	581	4	N	Q	+2	480	19.90	80.10
PK/118	10	572	585	4	S	A	+2	480	19.90	80.10
PK/118	9	584	578	6	N	6	+1	1010	90.68	9.32
PK/118	8	576	583	6	N	3	=	980	62.20	37.80
PK/118	7	574	573	4	N	6	+3	510	34.05	65.95
PK/118	6	580	571	6	N	Q	=	980	62.20	37.80
PK/118	5	582	577	5 x	W	K	-5	1100	95.89	4.11
PK/118	4	575	579	5	N	3	+1	480	19.90	80.10
PK/51	9	589	594	6	N	3	=	980	62.20	37.80
PK/51	5	595	588	6	N	3	=	980	62.20	37.80
PK/51	4	591	592	6	N	3	+1	1010	90.68	9.32
PK/51	3	587	596	6	N	Q	=	980	62.20	37.80
PK/51	1	590	593	6	S	A	=	980	62.20	37.80
PM/102	2	606	619	6	N	Q	=	980	62.20	37.80
PM/102	3	603	617	6	S	A	=	980	62.20	37.80
PM/102	4	600	615	6	N	3	=	980	62.20	37.80
PM/102	5	608	612	6	N	3	=	980	62.20	37.80
PM/102	6	605	610	6	N	Q	=	980	62.20	37.80
PM/102	7	628	618	6	N	Q	=	980	62.20	37.80
PM/102	8	616	626	6	N	6	=	980	62.20	37.80
PM/102	9	614	624	6	N	3	=	980	62.20	37.80
PM/102	10	613	622	3 x	W	A	-3	500	31.29	68.71
PM/102	11	611	620	5	S	A	+1	480	19.90	80.10
PM/102	12	602	630	6	N	3	+1	1010	90.68	9.32
PM/102	13	629	599	5	N	3	+1	480	19.90	80.10
PM/102	14	627	607	6	N	2	=	980	62.20	37.80
PM/102	15	625	604	4	N	3	+2	480	19.90	80.10
PM/102	16	623	601	6	N	Q	=	980	62.20	37.80
PM/115	1	631	639	6	N	3	=	980	62.20	37.80
PM/115	2	635	642	6	N	3	=	980	62.20	37.80
PM/115	4	633	640	5	S	A	+1	480	19.90	80.10
PM/115	5	636	637	7	S	A	-1	-50	3.95	96.05
PM/115	6	632	634	6	N	3	=	980	62.20	37.80
PM/115	7	644	641	6	S	A	=	980	62.20	37.80
PM/129	1	649	645					980	62.20	37.80
PM/129	2	650	648					980	62.20	37.80
PM/129	3	647	646					980	62.20	37.80
PM/129	4	652	651					980	62.20	37.80
SL/131	1	657	653	7	N	3	-2	-100	0.86	99.14
SL/131	2	658	656	6	N	3	=	980	62.20	37.80
SL/131	3	654	655	4	N	Q	+2	480	19.90	80.10
SZ2/910	1	661	669	6	N	3	=	980	62.20	37.80
SZ2/910	2	665	672	6	S	A	-1	-50	3.95	96.05
SZ2/910	3	668	673	6	N	3	=	980	62.20	37.80
SZ2/910	4	663	670	5 x	W	A	-4	800	37.31	62.69
SZ2/910	5	666	667	6	N	3	+1	1010	90.68	9.32
SZ2/910	6	662	664	6	N	6	=	980	62.20	37.80
USA/130		675	682	5	N	2	+1	480	19.90	80.10
USA/130		678	679	6	N	2	+1	1010	90.68	9.32
USA/130		684	681	7 x	W	2	-7	1700	99.47	0.53
USA/130		683	677	4	N	2	+3	510	34.05	65.95
USA/130		676	680	7	N	2	-1	-50	3.95	96.05
WM/122	2	692	705	6	N	Q	=	980	62.20	37.80
WM/122	3	689	703	4	N	3	+2	480	19.90	80.10
WM/122	4	708	701	6	N	Q	=	980	62.20	37.80
WM/122	5	694	698	6	N	6	+1	1010	90.68	9.32
WM/122	6	691	696	5	N	Q	+1	480	19.90	80.10
WM/122	7	688	704	6	N	Q	=	980	62.20	37.80
WM/122	8	702	706	6	N	Q	=	980	62.20	37.80
WM/122	9	700	693	6	S	4	+1	1010	90.68	9.32
WM/122	10	699	686	7 x	W	A	-7	1700	99.47	0.53
WM/122	11	697	685	5	N	3	+1	480	19.90	80.10
WM/122	12	710	690	6	N	3	+1	1010	90.68	9.32
WM/122	13	709	687	4	S	A	+1	450	7.85	92.15
WM/128	1	715	711	4	N	Q	+2	480	19.90	80.10
WM/128	2	716	714	4	N	Q	+2	480	19.90	80.10
WM/128	3	712	713	5	N	3	+1	480	19.90	80.10
WM/140	1	729	725	6	S	7	+1	1010	90.68	9.32
WM/140	2	730	728	6	N	2	=	980	62.20	37.80
WM/140	3	726	727	7	N	Q	-1	-50	3.95	96.05
WP/120	1	733	741					-50	3.95	96.05
WP/120	2	737	744					480	19.90	80.10
WP/120	3	740	745					980	62.20	37.80
WP/120	4	735	742					980	62.20	37.80
WP/120	5	738	739					980	62.20	37.80
WP/120	6	734	736					1510	98.33	1.67
WP/147	4	757	761	6	S	A	=	980	62.20	37.80
WP/147	9	766	760	6	N	3	=	980	62.20	37.80
WP/147	11	768	763	6	N	Q	=	980	62.20	37.80
WP/147	10	754	767	4	N	3	+3	510	34.05	65.95
WP/147	5	764	759	4	N	6	+2	480	19.90	80.10
WP/147	7	756	755	5	S	3	+1	480	19.90	80.10
WP/147	8	758	765	4	N	3	+2	480	19.90	80.10
WP/147	6	762	753	6	S	A	-1	-50	3.95	96.05
WP/30	11	769	779	6	S	A	+1	1010	90.68	9.32
WP/30	10	777	771	6	N	3	+1	1010	90.68	9.32
WP/30	9	772	775	4	S	2	+3	510	34.05	65.95
WP/30	8	776	774	4	N	Q	+2	480	19.90	80.10
WP/30	7	781	778	6	N	7	=	980	62.20	37.80
WP/30	6	782	780	4	N	Q	=	420	6.55	93.45
WP/30	5	770	773	6	N	3	=	980	62.20	37.80
WP/52	10	791	785	6	N	Q	=	980	62.20	37.80
WP/52	9	786	789	6	N	3	=	980	62.20	37.80
WP/52	8	790	788	6	N	Q	=	980	62.20	37.80
WP/52	7	795	792	6	S	Q	=	980	62.20	37.80
WP/52	6	796	794	6	N	Q	=	980	62.20	37.80
WP/52	5	784	787	6	N	3	=	980	62.20	37.80
WP/52	10	810	801	6	N	2	=	980	62.20	37.80
WP/52	9	800	807	4	N	6	+1	450	7.85	92.15
WP/52	8	812	805	6	N	3	=	980	62.20	37.80
WP/52	7	798	811	6	S	A	=	980	62.20	37.80
WP/52	6	802	799	6	N	6	=	980	62.20	37.80
WP/52	5	808	809	6	N	3	=	980	62.20	37.80
WP/52	4	806	804	6	N	Q	=	980	62.20	37.80
ZA2/916		817	813	6	N	6	=	920	37.96	62.04
ZA2/916		818	816	4	N	3	+2	480	19.90	80.10
ZA2/916		814	815	4	N	3	+2	480	19.90	80.10
ZG1/909		831	824					980	62.20	37.80
ZG1/909		826	832					1010	90.68	9.32
ZG1/909		823	829					980	62.20	37.80
ZG1/909		837	821					1010	90.68	9.32
ZG1/909		823	834					920	37.96	62.04
ZG1/909		825	828					980	62.20	37.80
ZG1/909		827	836					-100	0.86	99.14
ZG1/909		826	822					480	19.90	80.10
ZG1/909		827	830					980	62.20	37.80
ZG1/909		820	839					480	19.90	80.10
ZP/116	1	843	846					-50	3.95	96.05
ZP/116	2	840	849					980	62.20	37.80
ZP/116	3	844	845					1010	90.68	9.32
ZP/116	4	848	841					1010	90.68	9.32
ZP/116	5	842	847					980	62.20	37.80
ZP/116	6	851	850					1400	97.52	2.48
ZP/121	1	856	860	6	N		=	980	62.20	37.80
ZP/121	2	863	858	6	N		=	980	62.20	37.80
ZP/121	3	861	852	4	N		+1	450	7.85	92.15
ZP/121	4	855	854	6	N		=	980	62.20	37.80
ZP/121	5	857	864	4	N		+2	480	19.90	80.10
ZP/121	6	865	859	6	S		+1	1010	90.68	9.32
ZP/121	7	853	866	6	N		=	980	62.20	37.80
ZP/134	1	879	872	6	N	Q	=	980	62.20	37.80
ZP/134	2	874	880	4	N	3	+2	480	19.90	80.10
ZP/134	3	881	877	5	N	Q	+1	480	19.90	80.10
ZP/134	4	868	869	6	N	J	=	980	62.20	37.80
ZP/134	5	871	882	6	S	A	=	980	62.20	37.80
ZP/134	6	873	876	6	N	3	=	980	62.20	37.80
ZP/134	7	875	884	4	S	A	+2	480	19.90	80.10
ZP/134	8	883	870	6	S	A	=	980	62.20	37.80
ZP/134	9	885	878	TD					50.00	50.00
ZP/56	1	887	890					480	19.90	80.10
ZP/56	3	898	895					480	19.90	80.10
ZP/56	4	893	891					450	7.85	92.15
ZP/56	5	889	892					980	62.20	37.80
ZP/56	6	894	888					-50	3.95	96.05
ZP/56	7	886	896					980	62.20	37.80