Turniej KMP na maksy

Poniedziałek, 13 czerwca 2016

Wyniki z 51 ośrodków

do wyników...

pobierz rozkłady turnieju

|<<

<<

*

Rozdanie nr 33

\|<<	<<	*
Rozdanie nr 33

A

J10753

Q876

975

KJ10873

K9

5

J632

N/-

Q54

42

A942

AK108

962

AQ86

KJ103

Q4

Liczba lew do wzięcia:


N	3	2	8	7	2		E	8	11	4	5	10
S	3	2	8	7	2		W	8	11	4	5	10

Minimax: 4

W, -450
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
140	3	3 N =		3	99.42	0.58
100	1	4 x W -1		1	98.44	1.56
50	3	4 W -1		2	97.47	2.53
50	3	3 E -1		1	97.47	2.53
-100	7	4 x N -1		1	95.03	4.97
		4 N -2		1
		4 x N -1		2
		4 x S -1		1
		4 N -2		1
		?		1
-170	52	3 W +1		1	80.67	19.33
		2 E +2		1
		2 W +2		17
		3 E +1		2
		3 W +1		27
		?		4
-180	1	?		1	67.77	32.23
-200	44	2 W +3		14	56.82	43.18
		3 E +2		2
		3 W +2		23
		?		5
-210	1	1 E +4		1	45.86	54.14
-230	2	2 W +4		2	45.13	54.87
-300	7	5 x S -2		2	42.94	57.06
		4 x N -2		1
		4 x S -2		1
		5 x N -2		1
		5 x S -2		1
		?		1
-420	34	4 W =		31	32.96	67.04
-420	34	?		3	32.96	67.04
-450	36	4 E +1		2	15.92	84.08
		4 W +1		29
		5 W =		2
		?		3
-500	5	5 x N -3		1	5.94	94.06
		5 x S -3		2
		?		2
-590	3	4 x W =		3	3.99	96.01
-690	2	4 x W +1		2	2.78	97.22
-730	1	3 x W +2		1	2.05	97.95
-770	1	?		1	1.56	98.44
-800	2	4 x S -4		1	0.83	99.17
-800	2	5 x S -4		1	0.83	99.17
-880	1	4 xx E =		1	0.10	99.90

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
DS/144	33	96	100	2	W	8	+2	-170	80.67	19.33
DS/144	29	103	97	3	W	J	+2	-200	56.82	43.18
DS/144	25	104	101	2	W	J	+3	-200	56.82	43.18
DS/144	21	98	99	4	W	J	+1	-450	15.92	84.08
DS/144	17	95	102	4 x	N	A	-2	-300	42.94	57.06
DS/72	9	123	128	3	W	J	+1	-170	80.67	19.33
DS/72	5	129	122	4	W	9	+1	-450	15.92	84.08
DS/72	4	125	126	3	W	J	+1	-170	80.67	19.33
DS/72	3	121	130	4	W	J	+1	-450	15.92	84.08
DS/72	1	124	127	2	W	J	+2	-170	80.67	19.33
EL1/907	1	144	137	3	W	J	+1	-170	80.67	19.33
EL1/907	2	139	145	2	W	J	+3	-200	56.82	43.18
EL1/907	3	146	142	3	E	J	-1	50	97.47	2.53
EL1/907	4	133	134	2	W	J	+2	-170	80.67	19.33
EL1/907	5	136	147	4	W	7	=	-420	32.96	67.04
EL1/907	6	138	141	2	W	6	+2	-170	80.67	19.33
EL1/907	7	140	149	5 x	S	J	-4	-800	0.83	99.17
EL1/907	9	150	143	4 xx	E	J	=	-880	0.10	99.90
JG2/920	1	155	151	2	W		+3	-200	56.82	43.18
JG2/920	2	156	154	4	W		=	-420	32.96	67.04
JG2/920	3	152	153	3	W		+1	-170	80.67	19.33
JG4/917	1	159	166	5 x	S	3	-3	-500	5.94	94.06
JG4/917	2	162	163	3	W	J	+2	-200	56.82	43.18
JG4/917	4	167	161	3	W	6	+2	-200	56.82	43.18
JG4/917	5	160	164	4	W	7	+1	-450	15.92	84.08
KP/114	1	172	175	3	W	J	+2	-200	56.82	43.18
KP/114	2	169	178	3	W	6	+1	-170	80.67	19.33
KP/114	3	173	174	4	W	J	+1	-450	15.92	84.08
KP/114	4	177	170	3	W	6	+1	-170	80.67	19.33
KP/114	5	171	176	4	W	J	=	-420	32.96	67.04
KP/114	6	180	179	4	W	J	=	-420	32.96	67.04
KP/125	5	181	189	3	W	3	+2	-200	56.82	43.18
KP/125	6	185	192	3	N	K	=	140	99.42	0.58
KP/125	7	188	193	3	W	7	+2	-200	56.82	43.18
KP/125	8	183	190	3	W	W	+1	-170	80.67	19.33
KP/125	9	186	187	3	W	W	+1	-170	80.67	19.33
KP/125	10	182	184	5	W	8	=	-450	15.92	84.08
KP/125	11	194	191	3	W	A	+2	-200	56.82	43.18
KP/50	11	213	205	2	W	3	+3	-200	56.82	43.18
KP/50	10	210	197	4 x	W	6	-1	100	98.44	1.56
KP/50	9	202	211	2	W	J	+3	-200	56.82	43.18
KP/50	8	200	203	4	W	J	=	-420	32.96	67.04
KP/50	7	198	209	4	W	Q	+1	-450	15.92	84.08
KP/50	6	195	212	3	W	7	+2	-200	56.82	43.18
KP/50	5	208	204	4	W	7	+1	-450	15.92	84.08
KP/50	4	201	207	3	W	6	+2	-200	56.82	43.18
KP/50	3	206	199	4	W	J	=	-420	32.96	67.04
LB/127	5	215	222	2	W	J	+2	-170	80.67	19.33
LB/127	6	218	219	4	W	5	=	-420	32.96	67.04
LB/127	7	224	221	3	N	A	=	140	99.42	0.58
LB/127	8	223	217	4	W	4	-1	50	97.47	2.53
LB/127	9	216	220	4	W	5	+1	-450	15.92	84.08
LB/149		225	233	4	N	A	-2	-100	95.03	4.97
LB/149		229	236	3	W	J	+2	-200	56.82	43.18
LB/149		227	234	4	W	J	+1	-450	15.92	84.08
LB/149		230	231	3	W	J	+2	-200	56.82	43.18
LB/149		226	228	4	W	A	=	-420	32.96	67.04
LB/149		237	235	4 x	W	J	+1	-690	2.78	97.22
LB/263	4	248	249	4 x	S	J	-1	-100	95.03	4.97
LB/263	3	244	253	3	W	J	+1	-170	80.67	19.33
LB/263	11	255	254	2	W	J	+2	-170	80.67	19.33
LB/263	1	247	250	4	W	J	=	-420	32.96	67.04
LB/263	5	252	245	4	W	J	=	-420	32.96	67.04
LB/263	9	246	251	4	W	6	=	-420	32.96	67.04
LB/265	1	259	262	2	W	N	+3	-200	56.82	43.18
LB/265	3	256	265	5 x	S		-2	-300	42.94	57.06
LB/265	4	260	261	4	W		+1	-450	15.92	84.08
LB/265	5	264	257	4	W		=	-420	32.96	67.04
LB/265	9	263	258	5 x	S		-3	-500	5.94	94.06
LD/48	5	268	276	4	W	J	+1	-450	15.92	84.08
LD/48	6	272	279	3	W	J	+2	-200	56.82	43.18
LD/48	7	275	280	3	W	J	+2	-200	56.82	43.18
LD/48	8	270	277	4	W	J	-1	50	97.47	2.53
LD/48	9	273	274	4	W	J	=	-420	32.96	67.04
LD/48	10	269	271	5 x	N	A	-3	-500	5.94	94.06
LD/48	11	281	278	3	W	J	+1	-170	80.67	19.33
LD/92	1	282	289	4	W	6	+1	-450	15.92	84.08
LD/92	2	285	286	3	W	J	+1	-170	80.67	19.33
LD/92	3	291	288	4	W	Q	+1	-450	15.92	84.08
LD/92	4	290	284	4 x	W	J	=	-590	3.99	96.01
LD/92	5	283	287	2	W	J	+4	-230	45.13	54.87
LG4/903	1	292	299	4 x	W	6	=	-590	3.99	96.01
LG4/903	2	295	296	2	W	7	+2	-170	80.67	19.33
LG4/903	4	300	294	2	W	J	+3	-200	56.82	43.18
LG4/903	5	293	297	3	W	J	+2	-200	56.82	43.18
LU/145	1	308	306	4	W	J	=	-420	32.96	67.04
LU/145	2	302	303	3 x	W	J	+2	-730	2.05	97.95
LU/145	3	311	305	2	W	J	+2	-170	80.67	19.33
LU/145	4	307	310	2	W	J	+4	-230	45.13	54.87
LU/145	5	309	304	4	W	A	=	-420	32.96	67.04
LU/150	1	317	314	4	W		+1	-450	15.92	84.08
LU/150	2	315	313	3	W		+2	-200	56.82	43.18
LU/150	3	316	312	4 x	W		+1	-690	2.78	97.22
MA/123	1	318	326	4	E	A	+1	-450	15.92	84.08
MA/123	2	322	329	5 x	S	5	-2	-300	42.94	57.06
MA/123	3	325	330	3	W	J	+1	-170	80.67	19.33
MA/123	4	320	327	4	W	9	=	-420	32.96	67.04
MA/123	5	323	324	3	W	4	+1	-170	80.67	19.33
MA/123	6	319	321	3	W	J	+1	-170	80.67	19.33
MA/164	1	382	389	3	W		+1	-170	80.67	19.33
MA/164	2	385	386	4	W		+1	-450	15.92	84.08
MA/164	4	390	384	2	W		+2	-170	80.67	19.33
MA/164	5	383	387	2	W		+3	-200	56.82	43.18
MA/46	3	396	392	5 x	N	K	-2	-300	42.94	57.06
MA/46	5	397	395	2	W	7	+3	-200	56.82	43.18
MA/46	6	394	393	4	W	J	=	-420	32.96	67.04
MA/46	7	399	398	4	W	Q	=	-420	32.96	67.04
MP/138	1	436	432	3	W	J	+2	-200	56.82	43.18
MP/138	2	437	435	3	W	J	+1	-170	80.67	19.33
MP/138	3	433	434	4	W	J	=	-420	32.96	67.04
MP/163	1	444	440					-180	67.77	32.23
MP/163	3	441	442					-300	42.94	57.06
MP/163	4	447	446					-420	32.96	67.04
PD/81	8	486	480	3	W	7	+1	-170	80.67	19.33
PD/81	9	479	483	3	E	J	+1	-170	80.67	19.33
PD/81	5	478	485	2	W	A	+3	-200	56.82	43.18
PD/81	6	481	482	4	W	J	+1	-450	15.92	84.08
PK/118	11	499	498	4	W	J	=	-420	32.96	67.04
PK/118	9	490	495	4	W	10	=	-420	32.96	67.04
PK/118	5	496	489	4	W	J	=	-420	32.96	67.04
PK/118	4	492	493	3	W	6	+2	-200	56.82	43.18
PK/118	3	488	497	4	W	A	=	-420	32.96	67.04
PK/118	1	491	494	4	W	J	+1	-450	15.92	84.08
PM/129	1	534	530					-200	56.82	43.18
PM/129	2	535	533					-450	15.92	84.08
PM/129	3	532	531					-200	56.82	43.18
SZ2/910	1	538	545	2	W	6	+2	-170	80.67	19.33
SZ2/910	2	541	542	4	W	J	+1	-450	15.92	84.08
SZ2/910	3	547	544	3	W	J	+1	-170	80.67	19.33
SZ2/910	4	546	540	2	W	J	+2	-170	80.67	19.33
SZ2/910	5	539	543	2	W	3	+2	-170	80.67	19.33
USA/130	0	548	555	4 x	W	J	=	-590	3.99	96.01
USA/130	0	551	552	2	W	J	+2	-170	80.67	19.33
USA/130	0	556	550	4	W	J	=	-420	32.96	67.04
USA/130	0	549	553	3	W	J	+1	-170	80.67	19.33
WM/122	2	564	577	4	W	J	+1	-450	15.92	84.08
WM/122	3	561	575	2	W	7	+2	-170	80.67	19.33
WM/122	4	580	573	4	W	J	=	-420	32.96	67.04
WM/122	5	566	570	4	W	7	=	-420	32.96	67.04
WM/122	6	563	568	3	W	J	+1	-170	80.67	19.33
WM/122	7	560	576	3	W	J	+2	-200	56.82	43.18
WM/122	8	574	578	3	W	7	+2	-200	56.82	43.18
WM/122	9	572	559	3	E	A	+2	-200	56.82	43.18
WM/122	10	571	558	3	N	2	=	140	99.42	0.58
WM/122	11	569	557	4	W	J	+1	-450	15.92	84.08
WM/122	13	583	562	4	W	J	+1	-450	15.92	84.08
WM/122	14	581	582	5	W	J	=	-450	15.92	84.08
WM/128	1	589	585	2	W		+3	-200	56.82	43.18
WM/128	2	590	588	4	W		+1	-450	15.92	84.08
WM/128	3	587	586	4	W		=	-420	32.96	67.04
WM/241		604	603	3	W	J	+1	-170	80.67	19.33
WM/241		599	602	3	W	J	+1	-170	80.67	19.33
WM/241		600	601	2	W	6	+2	-170	80.67	19.33
WP/120	1	611	620					-420	32.96	67.04
WP/120	2	615	616					-170	80.67	19.33
WP/120	3	619	612					-200	56.82	43.18
WP/120	4	613	618					-770	1.56	98.44
WP/120	5	622	621					-200	56.82	43.18
WP/142	1	627	623	3	W	J	+2	-200	56.82	43.18
WP/142	2	628	626	4 x	S	K	-4	-800	0.83	99.17
WP/142	3	625	624	4	W	6	=	-420	32.96	67.04
WP/142	4	630	629	2	W	J	+3	-200	56.82	43.18
WP/147	4	635	639	3	W	J	+1	-170	80.67	19.33
WP/147	9	644	638	3	W	7	+1	-170	80.67	19.33
WP/147	5	642	637	4	W	3	=	-420	32.96	67.04
WP/147	6	640	631	4	W	J	+1	-450	15.92	84.08
WP/147	7	634	633	4	W	J	+1	-450	15.92	84.08
WP/147	8	636	643	4	W	6	+1	-450	15.92	84.08
WP/244	10	661	676	2	W	J	+3	-200	56.82	43.18
WP/244	9	670	664	4	W	5	=	-420	32.96	67.04
WP/244	8	672	667	4	E	4	+1	-450	15.92	84.08
WP/244	7	673	668	3	W	J	+2	-200	56.82	43.18
WP/244	6	660	666	2	W	A	+2	-170	80.67	19.33
WP/244	5	671	665	4	N	2	-2	-100	95.03	4.97
WP/244	4	669	675	4 x	S	5	-2	-300	42.94	57.06
WP/244	3	674	662	4	W	7	+1	-450	15.92	84.08
WP/244	10	685	678	3	E	5	+1	-170	80.67	19.33
WP/244	9	690	680	4 x	N	4	-1	-100	95.03	4.97
WP/244	8	694	682	4 x	N	K	-1	-100	95.03	4.97
WP/244	7	684	697	2	W	J	+2	-170	80.67	19.33
WP/244	6	686	679	2	E	6	+2	-170	80.67	19.33
WP/244	5	691	683	3	E	A	+2	-200	56.82	43.18
WP/244	4	689	687	3	W	J	+2	-200	56.82	43.18
WP/244	3	695	688	3	W	Q	+1	-170	80.67	19.33
WP/244	2	693	692	1	E	9	+4	-210	45.86	54.14
WP/244	1	698	696	3	W	6	+2	-200	56.82	43.18
ZP/116	1	702	705					-500	5.94	94.06
ZP/116	2	699	708					-170	80.67	19.33
ZP/116	3	703	704					-420	32.96	67.04
ZP/116	4	707	700					-200	56.82	43.18
ZP/116	5	701	706					-450	15.92	84.08
ZP/121	1	711	718	4	W		+1	-450	15.92	84.08
ZP/121	2	714	715	4	W		+1	-450	15.92	84.08
ZP/121	3	720	717	4	W		+1	-450	15.92	84.08
ZP/121	4	719	713	3	W		+1	-170	80.67	19.33
ZP/121	5	712	716	2	W		+3	-200	56.82	43.18
ZP/215	1	724	727					-450	15.92	84.08
ZP/215	2	721	730					-100	95.03	4.97
ZP/215	3	725	726					-170	80.67	19.33
ZP/215	4	729	722					-170	80.67	19.33
ZP/215	5	723	728					-500	5.94	94.06
ZP/255	1	736	739	4	W	J	=	-420	32.96	67.04
ZP/255	2	733	742	5 x	S	J	-2	-300	42.94	57.06
ZP/255	3	737	738	3	W	J	+1	-170	80.67	19.33
ZP/255	4	741	734	4 x	N	A	-1	-100	95.03	4.97
ZP/255	5	735	740	3	W	J	+1	-170	80.67	19.33