Turniej KMP na maksy

Poniedziałek, 14 marca 2022

Wyniki z 41 ośrodków

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Rozdanie nr 11

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Rozdanie nr 11

9743

J105

J984

64

102

AQ932

A62

A108

S/-

AKJ

K7

75

KQJ932

Q865

864

KQ103

75

Liczba lew do wzięcia:


N	0	3	0	4	0		E	13	9	13	9	13
S	0	3	0	4	0		W	13	9	13	9	13

Minimax: 7

W, -1520
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
100	1	7 E -2		1	100.00	0.00
50	1	7 W -1		1	99.59	0.41
-190	5	3 E +4		3	98.34	1.66
-190	5	4 E +3		2	98.34	1.66
-260	1	3 W +4		1	97.10	2.90
-420	1	5 E +1		1	96.68	3.32
-440	16	5 E +2		16	93.15	6.85
-460	3	3 E +2		2	89.21	10.79
-460	3	3 W +2		1	89.21	10.79
-490	12	3 E +3		3	86.10	13.90
-490	12	3 W +3		9	86.10	13.90
-510	18	4 W +3		18	79.88	20.12
-520	78	PASS		1	59.96	40.04
		3 E +4		39
		3 W +4		32
		4 W +3		3
		5 E +2		1
		5 W +2		2
-940	34	6 E +1		32	36.72	63.28
-940	34	6 W +1		2	36.72	63.28
-980	1	6 W =		1	29.46	70.54
-990	4	6 E =		2	28.42	71.58
-990	4	6 W =		2	28.42	71.58
-1010	5	6 W +1		5	26.56	73.44
-1020	32	6 E +1		11	18.88	81.12
-1020	32	6 W +1		21	18.88	81.12
-1330	1	6 x W +1		1	12.03	87.97
-1440	14	7 E =		13	8.92	91.08
-1440	14	PASS		1	8.92	91.08
-1520	13	PASS		2	3.32	96.68
		7 E =		4
		7 W =		7
-1790	1	7 x W =		1	0.41	99.59
-2000	1	6 x S -8		1	0.00	100.00

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/136	9	2	6	7	W	4	-1	50	99.59	0.41
DS/136	2	7	1	5	E	K	+2	-440	93.15	6.85
DS/136	4	12	4	6	E	K	+1	-940	36.72	63.28
DS/136	7	5	3	6	W	4	+1	-1010	26.56	73.44
DS/136	8	9	10	6	E	K	+1	-1020	18.88	81.12
DS/136	5	8	11	7	E	5	=	-1520	3.32	96.68
DS/144	2	18	14	6	E	K	+1	-940	36.72	63.28
DS/144	2	15	13	3	W	4	+4	-520	59.96	40.04
DS/144	2	16	17	7	E	K	=	-1520	3.32	96.68
DS/269	1	24	20	5	E	K	+2	-440	93.15	6.85
DS/269	3	28	27	6	W	5	+1	-1020	18.88	81.12
DS/269	4	32	22	3	W	7	+3	-490	86.10	13.90
DS/269	8	25	29	6	E	3	=	-990	28.42	71.58
DS/269	9	21	19	4	W	4	+3	-510	79.88	20.12
DS/269	10	30	26	6	W	6	+1	-1010	26.56	73.44
DS/437	1	41	37	6	E	K	+1	-940	36.72	63.28
DS/437	2	39	36	6	W	7	=	-990	28.42	71.58
DS/437	3	42	35	7	E	K	=	-1440	8.92	91.08
DS/437	6	34	40	4	W	4	+3	-510	79.88	20.12
DS/437	7	33	38	7	E	K	=	-1440	8.92	91.08
DS/72	1	49	45	3	E	Q	+4	-520	59.96	40.04
DS/72	2	52	53	3	E	K	+4	-190	98.34	1.66
DS/72	3	48	50	3	E	8	+4	-520	59.96	40.04
DS/72	9	47	44	4	E	K	+3	-190	98.34	1.66
DS/72	10	51	54	3	E	Q	+4	-520	59.96	40.04
DS/72	11	43	55	5	E	K	+2	-440	93.15	6.85
KP/125	1	66	57	6	E	K	+1	-940	36.72	63.28
KP/125	2	59	62	6	E	5	+1	-1020	18.88	81.12
KP/125	3	61	65	7 x	W	9	=	-1790	0.41	99.59
KP/125	8	60	58	6	E	5	=	-990	28.42	71.58
KP/125	9	63	64	5	E	5	+2	-440	93.15	6.85
KP/295	6	84	72	4	W	7	+3	-510	79.88	20.12
KP/295	5	75	67	5	E	K	+2	-440	93.15	6.85
KP/295	4	79	80	3	W	4	+4	-520	59.96	40.04
KP/295	3	68	70	5	E	Q	+2	-440	93.15	6.85
KP/295	2	73	76	4	W	4	+3	-510	79.88	20.12
KP/295	15	78	69	3	E	5	+4	-520	59.96	40.04
KP/295	14	71	82	7	W	4	=	-1520	3.32	96.68
KP/295	13	77	81	6	E	K	+1	-940	36.72	63.28
KP/353	4	96	88	6	E	5	+1	-1020	18.88	81.12
KP/353	2	91	93	6	E	K	+1	-940	36.72	63.28
KP/353	9	87	94	3	E	5	+4	-520	59.96	40.04
KP/353	8	85	95	5	E	K	+2	-440	93.15	6.85
KP/353	7	90	89	3	E	K	+4	-520	59.96	40.04
KP/353	6	92	86	7	W	4	=	-1520	3.32	96.68
KP/50	4	110	100	3	E	5	+4	-520	59.96	40.04
KP/50	3	102	104	3	W	7	+4	-520	59.96	40.04
KP/50	2	106	107	7	W	9	=	-1520	3.32	96.68
KP/50	1	103	99	3	E	Q	+3	-490	86.10	13.90
KP/50	11	97	109	3	E	K	+4	-520	59.96	40.04
KP/50	10	105	108	3	W	4	+4	-520	59.96	40.04
KP/50	9	101	98	5	E	6	+2	-440	93.15	6.85
LB/263	1	112	117	3	E	K	+4	-190	98.34	1.66
LB/263	6	111	114	5	E	K	+2	-440	93.15	6.85
LB/263	2	116	115	4	W	6	+3	-510	79.88	20.12
LB/263	3	118	113	6	E	K	+1	-940	36.72	63.28
LB/265	1	124	120	7	E	K	=	-1440	8.92	91.08
LB/265	2	123	131	6	E	K	+1	-940	36.72	63.28
LB/265	3	128	127	3	W	7	+4	-520	59.96	40.04
LB/265	4	132	122	7	W	9	=	-1520	3.32	96.68
LB/265	8	125	129	3	E	K	+4	-520	59.96	40.04
LB/265	9	121	119	4	E	K	+3	-190	98.34	1.66
LB/265	10	130	126	6	E	K	+1	-1020	18.88	81.12
LB/429	1	134	139	3	W	7	+4	-520	59.96	40.04
LB/429	2	138	137	4	W	7	+3	-510	79.88	20.12
LB/429	3	140	135	3	W	Q	+2	-460	89.21	10.79
LB/429	6	133	136	6	W	4	+1	-1020	18.88	81.12
LB/49	1	142	147	6	E	7	+1	-940	36.72	63.28
LB/49	2	146	145	6	E	K	+1	-940	36.72	63.28
LB/49	3	148	143	3	W	9	+4	-520	59.96	40.04
LB/49	6	141	144	6	E	K	+1	-940	36.72	63.28
LD/257	2	151	154	3	W	7	+4	-520	59.96	40.04
LD/257	3	153	157	4	W	7	+3	-510	79.88	20.12
LD/257	8	152	150	3	W	9	+4	-520	59.96	40.04
LD/257	9	155	156	3	W	4	+4	-520	59.96	40.04
LD/48	2	165	159	3	E	5	+4	-520	59.96	40.04
LD/48	5	166	169	6	E	K	+1	-940	36.72	63.28
LD/48	7	163	161	3	E	Q	+4	-520	59.96	40.04
LD/48	8	167	168	4	W	4	+3	-510	79.88	20.12
LD/48	9	160	164	4	W	4	+3	-510	79.88	20.12
LU/96	1	172	177	7	E	K	=	-1440	8.92	91.08
LU/96	6	176	175	6	E	K	+1	-940	36.72	63.28
LU/96	11	178	173	6	W	K	+1	-1020	18.88	81.12
LU/96	24	171	174	3	E	3	+4	-520	59.96	40.04
MA/126	1	182	191	3	E	K	+4	-520	59.96	40.04
MA/126	2	181	189	6	E	K	+1	-1020	18.88	81.12
MA/126	3	180	196	6	E	K	+1	-940	36.72	63.28
MA/126	4	179	194	3	W	3	+3	-490	86.10	13.90
MA/126	6	186	190	6	E	K	+1	-1020	18.88	81.12
MA/126	7	188	185	6 x	W	3	+1	-1330	12.03	87.97
MA/126	8	195	184	3	E	Q	+4	-520	59.96	40.04
MA/126	9	193	183	7	E	K	=	-1440	8.92	91.08
MA/262	1	207	208	6	E	K	+1	-940	36.72	63.28
MA/262	2	205	204	3	W	9	+3	-490	86.10	13.90
MA/262	3	203	200	6	W	7	+1	-1010	26.56	73.44
MA/262	4	201	224	3	E	5	+4	-520	59.96	40.04
MA/262	5	199	220	4	W	9	+3	-510	79.88	20.12
MA/262	6	197	226	6	W	4	+1	-1020	18.88	81.12
MA/262	7	223	214	6	W	4	+1	-1020	18.88	81.12
MA/262	8	221	210	3	W	9	+4	-520	59.96	40.04
MA/262	9	219	206	3	W	3	+3	-490	86.10	13.90
MA/262	10	217	202	3	W	4	+3	-490	86.10	13.90
MA/262	12	222	215	5	W	J	+2	-520	59.96	40.04
MA/262	13	218	213	4	W	9	+3	-510	79.88	20.12
MA/262	14	216	211	6	W	J	=	-990	28.42	71.58
MA/262	15	212	209	3	E	K	+4	-520	59.96	40.04
MA/321	2	233	235	3	E	K	+4	-520	59.96	40.04
MA/321	4	238	230	6	W	J	=	-980	29.46	70.54
MA/321	6	234	228	3	E	K	+4	-520	59.96	40.04
MA/321	7	232	231	3	W	9	+4	-520	59.96	40.04
MA/321	9	229	236	6 x	S	A	-8	-2000	0.00	100.00
MA/384	1	241	242	4	W	4	+3	-520	59.96	40.04
MA/384	2	239	248	6	W	7	+1	-1020	18.88	81.12
MA/384	4	240	245	3	E	K	+4	-520	59.96	40.04
MA/384	5	246	243	3	E	K	+4	-520	59.96	40.04
MA/65	2	255	257	3	W	7	+4	-520	59.96	40.04
MA/65	4	260	252	7	E	K	=	-1440	8.92	91.08
MA/65	6	256	250	6	W	7	+1	-1020	18.88	81.12
MA/65	7	254	253	6	W	7	+1	-1010	26.56	73.44
MA/65	8	249	259	6	E	7	+1	-1020	18.88	81.12
MA/65	9	251	258	6	W	9	+1	-1020	18.88	81.12
MP/317	2	270	262	6	E	K	+1	-940	36.72	63.28
MP/317	3	264	267	6	W	5	+1	-1010	26.56	73.44
MP/317	4	266	261	3	W	4	+4	-520	59.96	40.04
MP/317	9	265	263	3	W	4	+4	-520	59.96	40.04
OP/273	2	273	276	6	E	K	+1	-940	36.72	63.28
OP/273	3	275	279	3	E	K	+4	-520	59.96	40.04
OP/273	8	274	272	3	W	4	+4	-520	59.96	40.04
OP/273	9	277	278	3	E	3	+4	-520	59.96	40.04
OP/401	1	297	288	3	E	Q	+4	-520	59.96	40.04
OP/401	2	287	290	3	E	K	+4	-520	59.96	40.04
OP/401	3	282	284	3	E	K	+4	-520	59.96	40.04
OP/401	4	293	294	6	E	K	+1	-940	36.72	63.28
OP/401	5	281	289	3	E	K	+3	-490	86.10	13.90
OP/401	6	298	286	6	E	5	+1	-940	36.72	63.28
OP/401	13	295	291	6	W	7	+1	-1020	18.88	81.12
OP/401	14	285	296	3	E	5	+4	-520	59.96	40.04
OP/401	15	292	283	3	W	4	+4	-520	59.96	40.04
PD/369	4	312	305	3	E	K	+2	-460	89.21	10.79
PD/369	1	313	300	3	W	7	+4	-520	59.96	40.04
PD/369	3	310	306	3	W	7	+4	-520	59.96	40.04
PD/369	13	303	302	3	E	K	+4	-520	59.96	40.04
PD/369	2	308	311	6	E	K	+1	-940	36.72	63.28
PD/369	5	301	307	6	E	K	+1	-940	36.72	63.28
PD/369	14	309	299	6	E	K	+1	-940	36.72	63.28
PD/369	6	314	304	6	W	4	+1	-1020	18.88	81.12
PK/118	1	321	322	7	W	J	=	-1520	3.32	96.68
PK/118	2	316	320	6	E	K	+1	-1020	18.88	81.12
PK/118	3	317	325	6	E	K	+1	-940	36.72	63.28
PK/118	4	315	329	7	E	K	=	-1520	3.32	96.68
PK/118	7	331	323	6	E	K	+1	-940	36.72	63.28
PK/118	8	319	330	6	W	J	+1	-1020	18.88	81.12
PK/118	9	327	332	3	E	5	+4	-520	59.96	40.04
PK/118	10	318	328	7	E	K	=	-1440	8.92	91.08
PK/118	11	326	324	5	E	Q	+2	-520	59.96	40.04
PM/102	1	342	345	6	E	K	+1	-940	36.72	63.28
PM/102	2	341	340	6	W	7	+1	-940	36.72	63.28
PM/102	3	343	336	3	W	4	+4	-520	59.96	40.04
PM/102	4	346	335	3	W	7	+4	-520	59.96	40.04
PM/102	5	333	339	4	W	4	+3	-510	79.88	20.12
PM/102	6	352	338	4	W	9	+3	-520	59.96	40.04
PM/102	8	334	349	6	W	7	+1	-1020	18.88	81.12
PM/102	9	344	350	5	E	K	+2	-440	93.15	6.85
PM/102	10	337	351	4	W	7	+3	-520	59.96	40.04
PM/129	1	362	353	6	E	K	+1	-940	36.72	63.28
PM/129	2	355	358	3	E	5	+4	-520	59.96	40.04
PM/129	4	356	354	3	W	4	+4	-520	59.96	40.04
PM/129	5	359	360	5	E	K	+2	-440	93.15	6.85
SL/106	1	368	364	3	W	4	+4	-520	59.96	40.04
SL/106	2	367	375	3	E	K	+4	-520	59.96	40.04
SL/106	3	372	371	5	W	J	+2	-520	59.96	40.04
SL/106	4	376	366	7	E	K	=	-1440	8.92	91.08
SL/106	8	369	373	6	E	K	+1	-940	36.72	63.28
SL/106	9	365	363	3	E	5	+4	-520	59.96	40.04
SL/106	10	374	370	6	W	5	+1	-1020	18.88	81.12
WM/132	1	378	383	3	W	9	+3	-490	86.10	13.90
WM/132	3	384	379	3	W	9	+4	-520	59.96	40.04
WM/132	6	377	380	5	E	K	+2	-440	93.15	6.85
WM/324	2	391	385	3	W		+4	-260	97.10	2.90
WM/324	4	396	388	5	E		+2	-440	93.15	6.85
WM/324	5	392	395	5	E		+2	-440	93.15	6.85
WM/324	7	389	387	3	E		+4	-520	59.96	40.04
WM/324	8	393	394	3	W		+4	-520	59.96	40.04
WM/324	9	386	390	3	W		+4	-520	59.96	40.04
WP/120	1	398	403	6	E	K	+1	-1020	18.88	81.12
WP/120	2	402	401	3	W	4	+4	-520	59.96	40.04
WP/120	3	404	399	4	W	4	+3	-510	79.88	20.12
WP/120	6	397	400	7	E	K	=	-1440	8.92	91.08
WP/293	2	407	410	3	E	5	+4	-520	59.96	40.04
WP/293	3	409	413	3	W	4	+4	-520	59.96	40.04
WP/293	8	408	406	6	W	3	+1	-1020	18.88	81.12
WP/293	9	411	412	6	E	5	+1	-1020	18.88	81.12
WP/417	9	416	420	5	E	K	+2	-440	93.15	6.85
WP/417	2	421	415	3	W	4	+3	-490	86.10	13.90
WP/417	7	419	417	3	W	4	+3	-490	86.10	13.90
WP/417	8	423	424	3	E	K	+3	-490	86.10	13.90
WP/417	4	426	418	6	W	7	+1	-1020	18.88	81.12
WP/439	1	437	438	3	E	5	+4	-520	59.96	40.04
WP/439	1	453	454	6	E	K	+1	-940	36.72	63.28
WP/439	2	433	439	7	E	K	=	-1440	8.92	91.08
WP/439	2	457	447	3	E	Q	+4	-520	59.96	40.04
WP/439	3	436	441	3	W	9	+4	-520	59.96	40.04
WP/439	3	450	456	4	W	7	+3	-510	79.88	20.12
WP/439	4	429	442	5	E	K	+1	-420	96.68	3.32
WP/439	4	455	460	3	E	K	+4	-520	59.96	40.04
WP/439	5	440	435	3	W	9	+4	-520	59.96	40.04
WP/439	5	444	452	3	E	K	+2	-460	89.21	10.79
WP/439	6	427	434	7	W	J	=	-1520	3.32	96.68
WP/439	6	443	451	7	E	K	=	-1440	8.92	91.08
WP/439	13	430	432	3	E	Q	+4	-520	59.96	40.04
WP/439	13	449	448	6	E	Q	+1	-940	36.72	63.28
WP/439	14	431	428	6	E	K	+1	-940	36.72	63.28
WP/439	14	446	458	6	W	9	+1	-1020	18.88	81.12
WP/439	15	445	459	6	E	K	+1	-1020	18.88	81.12
ZP/116	1	462	467	6	W	4	+1	-1020	18.88	81.12
ZP/116	2	466	465	5	E	K	+2	-440	93.15	6.85
ZP/116	3	468	463	3	E	K	+4	-520	59.96	40.04
ZP/116	6	461	464	6	W	9	+1	-1020	18.88	81.12
ZP/359	11	476	471	4	W	7	+3	-510	79.88	20.12
ZP/359	7	474	473	4	W	9	+3	-510	79.88	20.12
ZP/359	3	470	475	7	E	Q	=	-1440	8.92	91.08
ZP/359	25	469	472	7	E	K	-2	100	100.00	0.00
ZP/375	1	478	483	6	W	7	+1	-1020	18.88	81.12
ZP/375	2	482	481	6	E	5	+1	-940	36.72	63.28
ZP/375	3	484	479	6	E	K	+1	-940	36.72	63.28
ZP/375	6	477	480	4	W	4	+3	-510	79.88	20.12
ZP/378	2	491	485	6	W	5	+1	-940	36.72	63.28
ZP/378	5	492	495	7	E	K	=	-1520	3.32	96.68
ZP/378	7	489	487	6	W	3	+1	-1020	18.88	81.12
ZP/378	8	493	494	3	W	3	+4	-520	59.96	40.04
ZP/378	9	486	490	6	W	9	+1	-1020	18.88	81.12
ZP/430	1	498	503					-1520	3.32	96.68
ZP/430	2	502	501					-1440	8.92	91.08
ZP/430	3	504	499					-520	59.96	40.04
ZP/430	4	497	500					-1520	3.32	96.68
ZP/433	1	510	506	3	E	K	+4	-190	98.34	1.66
ZP/433	2	509	517	3	W	3	+3	-490	86.10	13.90
ZP/433	3	514	513	3	E	8	+4	-520	59.96	40.04
ZP/433	4	518	508	7	W	J	=	-1520	3.32	96.68
ZP/433	8	511	515	7	E	K	=	-1440	8.92	91.08
ZP/433	9	507	505	3	W	9	+4	-520	59.96	40.04
ZP/433	10	516	512	4	W	7	+3	-510	79.88	20.12