Turniej KMP na impy

Poniedziałek, 26 czerwca 2023

Wyniki z 35 ośrodków

Zobacz: klasyfikacja długofalowa KMP na impy

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Rozdanie nr 4

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Rozdanie nr 4

532

1075

2

Q97632

A6

AKQ842

J53

J4

W/Obie

Q10

963

AKQ98

AK8

KJ9874

J

10764

105

Liczba lew do wzięcia:


N	0	6	0	0	5		E	13	7	13	13	8
S	0	6	0	0	5		W	13	7	13	13	8

Minimax: 7

W, -2220
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
-640	1	5 E +2		1	12.09	-12.09
-680	1	5 W +1		1	11.89	-11.89
-710	39	4 W +3		29	11.70	-11.70
		5 W +2		9
		PASS		1
-720	4	3 E +4		4	11.03	-11.03
-800	1	4 x S -3		1	10.35	-10.35
-1370	1	6 E =		1	2.95	-2.95
-1390	1	6 E +1		1	2.41	-2.41
-1430	1	6 W =		1	1.86	-1.86
-1440	1	6 W =		1	1.86	-1.86
-1460	106	6 E +1		2	1.16	-1.16
		6 W +1		99
		PASS		4
		6 W +1		1
-1470	21	PASS		1	0.92	-0.92
		6 E +1		13
		6 W +1		7
-2210	56	7 E =		1	-10.08	10.08
		7 W =		53
		PASS		2
-2220	12	7 E =		8	-10.18	10.18
-2220	12	7 W =		4	-10.18	10.18
	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	IMP NS	IMP EW
DS/136	2	4	8	5	W	3	+2	-710	11.70	-11.70
DS/136	1	2	5	6	W	2	+1	-1460	1.16	-1.16
DS/136	7	3	1	6	E	9	+1	-1470	0.92	-0.92
DS/136	8	6	7	6	E	10	+1	-1470	0.92	-0.92
DS/380	1	24	15	6	W	5	+1	-1470	0.92	-0.92
DS/380	9	11	25	6	E	10	+1	-1470	0.92	-0.92
DS/380	10	17	22	7	W	6	=	-2210	-10.08	10.08
DS/380	12	21	23	6	W	2	+1	-1460	1.16	-1.16
DS/380	13	16	19	4	W	2	+3	-710	11.70	-11.70
DS/380	14	18	14	6	W	2	+1	-1460	1.16	-1.16
DS/380	15	20	13	6	W	2	+1	-1460	1.16	-1.16
KP/125	2	30	34	4	W	2	+3	-710	11.70	-11.70
KP/125	7	29	27	4	W	2	+3	-710	11.70	-11.70
KP/125	1	28	31	6	W	2	+1	-1460	1.16	-1.16
KP/125	8	32	33	6	W	2	+1	-1460	1.16	-1.16
KP/295	2	37	64	7	W	2	=	-2210	-10.08	10.08
KP/295	1	38	52	5	W	2	+2	-710	11.70	-11.70
KP/295	14	53	39	6	W	2	+1	-1460	1.16	-1.16
KP/295	13	55	40	7	W	2	=	-2210	-10.08	10.08
KP/295	12	57	41	7	W	2	=	-2210	-10.08	10.08
KP/295	11	59	42	3	E	4	+4	-720	11.03	-11.03
KP/295	10	61	43	7	W	5	=	-2210	-10.08	10.08
KP/295	9	44	63	3	E	7	+4	-720	11.03	-11.03
KP/295	8	45	51	6	E	J	+1	-1470	0.92	-0.92
KP/295	7	46	54	4	W	2	+3	-710	11.70	-11.70
KP/295	6	47	56	6	W	2	+1	-1460	1.16	-1.16
KP/295	5	48	58	6	W	2	+1	-1460	1.16	-1.16
KP/295	4	49	60	6	W	2	+1	-1460	1.16	-1.16
KP/295	3	50	62	7	W	6	=	-2210	-10.08	10.08
KP/353	1	67	68	6	W	2	+1	-1460	1.16	-1.16
KP/353	14	77	72	7	E	J	=	-2220	-10.18	10.18
KP/353	13	69	75	4	W	2	+3	-710	11.70	-11.70
KP/353	12	71	73	4	W	2	+3	-710	11.70	-11.70
KP/353	10	70	79	6	W	5	+1	-1470	0.92	-0.92
KP/353	9	74	78	7	W	5	=	-2210	-10.08	10.08
KP/353	8	76	65	6	W	2	+1	-1460	1.16	-1.16
KP/50	1	94	85	6	W	2	+1	-1460	1.16	-1.16
KP/50	15	90	83	6	W	2	+1	-1460	1.16	-1.16
KP/50	14	88	84	TD					-6.00	1.20
KP/50	13	86	89	6	W	3	+1	-1460	1.16	-1.16
KP/50	12	91	93	6	E	J	+1	-1470	0.92	-0.92
KP/50	10	87	92	6	W	2	+1	-1460	1.16	-1.16
KP/50	9	81	95	6	W	2	+1	-1460	1.16	-1.16
LB/265	1	104	97	7	W	6	=	-2210	-10.08	10.08
LB/265	4	102	98	6	W	2	+1	-1460	1.16	-1.16
LB/265	6	103	101	6	W	2	+1	-1460	1.16	-1.16
LB/265	7	100	99	6	W	2	+1	-1460	1.16	-1.16
LB/389	1	113	112	6	E	J	+1	-1470	0.92	-0.92
LB/389	2	107	111	6	W	3	+1	-1460	1.16	-1.16
LB/389	6	114	110	6	W	9	+1	-1470	0.92	-0.92
LB/389	7	115	105	7	W	2	=	-2210	-10.08	10.08
LB/389	9	106	108	7	W	6	=	-2220	-10.18	10.18
LD/119	1	117	118	6	W	2	+1	-1460	1.16	-1.16
LD/119	6	122	119	6	W	2	+1	-1460	1.16	-1.16
LD/119	7	120	123	6	W	2	+1	-1460	1.16	-1.16
LD/257	1	132	137	6	W	2	+1	-1460	1.16	-1.16
LD/257	5	134	130	6	W	2	+1	-1460	1.16	-1.16
LD/257	6	135	125	6	W	2	+1	-1460	1.16	-1.16
LD/257	7	128	133	6	W	2	+1	-1460	1.16	-1.16
LD/257	8	131	136	7	W	3	=	-2210	-10.08	10.08
LD/257	9	129	127	7	W	3	=	-2210	-10.08	10.08
LD/48	1	144	139	7	E	J	=	-2220	-10.18	10.18
LD/48	1	143	140	6	W	2	+1	-1460	1.16	-1.16
LD/48	1	142	141	4	W	2	+3	-710	11.70	-11.70
LU/96	1	152	145	6	W	2	+1	-1460	1.16	-1.16
LU/96	2	150	146	4	W	2	+3	-710	11.70	-11.70
LU/96	3	151	149	7	W	2	=	-2210	-10.08	10.08
LU/96	4	148	147	4	W	5	+3	-710	11.70	-11.70
MA/262	1	155	156	6	W	3	+1	-1460	1.16	-1.16
MA/262	1	187	188	6	W	3	+1	-1460	1.16	-1.16
MA/262	2	153	192	7	W	2	=	-2210	-10.08	10.08
MA/262	2	185	184	6	W	2	+1	-1460	1.16	-1.16
MA/262	3	183	180	5	W	2	+2	-710	11.70	-11.70
MA/262	4	181	176	6	W	2	+1	-1460	1.16	-1.16
MA/262	5	179	172	6	W	9	+1	-1460	1.16	-1.16
MA/262	6	177	168	6	W	2	+1	-1460	1.16	-1.16
MA/262	7	175	164	6	W	2	+1	-1460	1.16	-1.16
MA/262	8	171	158	6	W	2	+1	-1460	1.16	-1.16
MA/262	8	173	160	4	W	2	+3	-710	11.70	-11.70
MA/262	9	169	154	6	W	2	+1	-1460	1.16	-1.16
MA/262	10	167	190	3	E	9	+4	-720	11.03	-11.03
MA/262	11	186	165	6	E	8	+1	-1470	0.92	-0.92
MA/262	12	182	163	7	W	2	=	-2210	-10.08	10.08
MA/262	13	178	161	6	W	6	=	-1440	1.86	-1.86
MA/262	14	174	159	6	W	6	+1	-1460	1.16	-1.16
MA/262	14	166	191	6	E	4	+1	-1470	0.92	-0.92
MA/262	15	170	157	5	E	J	+2	-640	12.09	-12.09
MA/262	15	162	189	6	W	2	+1	-1460	1.16	-1.16
MA/321	1	200	193	7	W	2	=	-2210	-10.08	10.08
MA/321	4	198	194	6	W	3	+1	-1460	1.16	-1.16
MA/321	6	199	197	7	W	6	=	-2210	-10.08	10.08
MA/321	7	196	195	6	W	2	+1	-1460	1.16	-1.16
MA/384	1	212	203	7	W	2	=	-2210	-10.08	10.08
MA/384	2	222	202	7	W	3	=	-2210	-10.08	10.08
MA/384	7	213	210	6	W	2	+1	-1460	1.16	-1.16
MA/384	8	206	216	7	W	6	=	-2210	-10.08	10.08
MA/384	9	217	208	4	W	2	+3	-710	11.70	-11.70
MA/384	10	215	214	6	W	2	+1	-1460	1.16	-1.16
MA/384	11	204	218	6	W	2	+1	-1460	1.16	-1.16
MA/384	12	219	207	6	W	2	+1	-1460	1.16	-1.16
MA/384	13	220	205	7	W	5	=	-2210	-10.08	10.08
MA/384	14	211	221	6	W	2	+1	-1460	1.16	-1.16
MA/46	1	228	223	6	W	5	+1	-1460	1.16	-1.16
MA/46	1	227	224	6	W	5	+1	-1460	1.16	-1.16
MA/46	1	226	225	6	W	2	+1	-1460	1.16	-1.16
MA/65	1	236	229	6	W	2	+1	-1460	1.16	-1.16
MA/65	4	234	230	6	E	J	=	-1370	2.95	-2.95
MA/65	6	235	233	6	W	2	+1	-1460	1.16	-1.16
MA/65	7	232	231	7	W	6	=	-2210	-10.08	10.08
MP/40	1	239	240	6	E	J	+1	-1470	0.92	-0.92
MP/40	2	237	256	7	W	2	=	-2210	-10.08	10.08
MP/40	4	253	248	7	W	3	=	-2210	-10.08	10.08
MP/40	5	251	244	7	W	2	=	-2210	-10.08	10.08
MP/40	6	249	238	6	W	6	+1	-1470	0.92	-0.92
MP/40	7	254	247	7	W	2	=	-2210	-10.08	10.08
MP/40	8	250	245	6	W	6	+1	-1460	1.16	-1.16
MP/40	9	246	243	4	W	3	+3	-710	11.70	-11.70
OP/401	1	264	263	6	W	2	+1	-1460	1.16	-1.16
OP/401	10	259	269	6	W	2	+1	-1460	1.16	-1.16
OP/401	9	260	266	4	W	3	+3	-710	11.70	-11.70
OP/401	8	268	262	6	W	2	+1	-1460	1.16	-1.16
OP/401	7	257	265	6	W	2	+1	-1460	1.16	-1.16
OP/401	6	261	267	6	W	3	+1	-1460	1.16	-1.16
PD/369	1	282	273	6	W	3	+1	-1460	1.16	-1.16
PD/369	2	290	272	7	W	5	=	-2210	-10.08	10.08
PD/369	9	283	287	7	W	2	=	-2210	-10.08	10.08
PD/369	10	278	288	4 x	S	Q	-3	-800	10.35	-10.35
PD/369	11	271	289	6	W	2	+1	-1460	1.16	-1.16
PD/369	12	276	279	6	W	2	+1	-1460	1.16	-1.16
PD/369	13	275	274	6	W	6	+1	-1470	0.92	-0.92
PD/369	14	277	285	7	W	2	=	-2210	-10.08	10.08
PD/369	15	280	284	6	E	J	+1	-1470	0.92	-0.92
PD/70	1	292	295	6	W	2	+1	-1460	1.16	-1.16
PD/70	2	294	298	7	W	2	=	-2210	-10.08	10.08
PD/70	7	293	291	4	W	6	+3	-710	11.70	-11.70
PD/70	8	296	297	6	W	2	+1	-1460	1.16	-1.16
PD/70	9	300	299	6	W	2	+1	-1460	1.16	-1.16
PK/118	1	303	304	6	W	2	+1	-1460	1.16	-1.16
PK/118	2	301	308	6	W	6	+1	-1470	0.92	-0.92
PK/118	6	311	314	6	W	5	+1	-1460	1.16	-1.16
PK/118	7	302	310	7	W	3	=	-2210	-10.08	10.08
PK/118	8	309	307	7	W	2	=	-2210	-10.08	10.08
PK/118	9	305	313	5	W	3	+2	-710	11.70	-11.70
PK/118	10	312	306	7	W	2	=	-2210	-10.08	10.08
PM/102	1	326	317	4	W	2	+3	-710	11.70	-11.70
PM/102	2	334	316	6	W	2	+1	-1460	1.16	-1.16
PM/102	3	330	325	6	W	2	+1	-1460	1.16	-1.16
PM/102	4	327	331	5	W	2	+2	-710	11.70	-11.70
PM/102	5	322	332	6	W	2	+1	-1460	1.16	-1.16
PM/102	6	315	333	4	W	2	+3	-710	11.70	-11.70
PM/102	7	320	323	7	W	3	=	-2210	-10.08	10.08
PM/102	8	319	318	7	W	2	=	-2210	-10.08	10.08
PM/102	9	321	329	7	E	J	=	-2220	-10.18	10.18
PM/102	10	324	328	7	W	7	=	-2210	-10.08	10.08
PM/129	1	346	339					-710	11.70	-11.70
PM/129	2	352	336					-1460	1.16	-1.16
PM/129	3	345	341					-1460	1.16	-1.16
PM/129	5	342	348					-1470	0.92	-0.92
PM/129	6	351	338					-1460	1.16	-1.16
PM/129	7	337	340					-1460	1.16	-1.16
PM/129	8	347	349					-2210	-10.08	10.08
PM/129	9	343	344					-2210	-10.08	10.08
WM/318	1	354	365	6	W	2	+1	-1460	1.16	-1.16
WM/318	2	353	355	7	E	6	=	-2210	-10.08	10.08
WM/318	7	356	366	6	W	2	+1	-1460	1.16	-1.16
WM/318	8	360	373	7	E	J	=	-2220	-10.18	10.18
WM/318	9	361	368	6	E	K	+1	-1470	0.92	-0.92
WM/318	10	372	362	7	E	6	=	-2220	-10.18	10.18
WM/318	11	374	370	7	E	6	=	-2220	-10.18	10.18
WM/318	12	358	363	7	W	3	=	-2210	-10.08	10.08
WM/318	13	357	371	6	W	2	+1	-1460	1.16	-1.16
WM/318	14	369	367	6	W	3	+1	-1460	1.16	-1.16
WM/318	15	364	359	4	W	2	+3	-710	11.70	-11.70
WM/337	1	388	379	6	W	2	+1	-1460	1.16	-1.16
WM/337	2	390	376	4	W	2	+3	-710	11.70	-11.70
WM/337	9	375	389	6	W	2	+1	-1460	1.16	-1.16
WM/337	10	381	386	4	W	3	+3	-710	11.70	-11.70
WM/337	12	385	387	4	W	2	+3	-710	11.70	-11.70
WM/337	13	380	383	6	E	7	+1	-1470	0.92	-0.92
WM/337	14	382	378	4	W	2	+3	-710	11.70	-11.70
WM/337	15	384	377	6	E	10	+1	-1470	0.92	-0.92
WP/120	1	399	398	6	W	3	+1	-1460	1.16	-1.16
WP/120	2	393	397	6	W	2	+1	-1460	1.16	-1.16
WP/120	6	400	396	4	W	2	+3	-710	11.70	-11.70
WP/120	7	401	391	6	W	2	=	-1430	1.86	-1.86
WP/120	8	395	402	7	W	2	=	-2210	-10.08	10.08
WP/120	9	392	394	6	W	2	+1	-1460	1.16	-1.16
WP/147	1	410	409	7	W	7	=	-2210	-10.08	10.08
WP/147	2	416	404	6	W	2	+1	-1460	1.16	-1.16
WP/147	6	407	413	7	W	2	=	-2210	-10.08	10.08
WP/147	7	403	411	6	W	2	+1	-1460	1.16	-1.16
WP/147	8	414	408	3	E	7	+4	-720	11.03	-11.03
WP/147	9	406	412	7	W	3	=	-2210	-10.08	10.08
WP/252	1	418	421	6	W	2	+1	-1460	1.16	-1.16
WP/252	2	420	424	5	W	2	+2	-710	11.70	-11.70
WP/252	7	419	417	6	W	2	+1	-1460	1.16	-1.16
WP/252	8	422	423	4	W	2	+3	-710	11.70	-11.70
WP/252	9	426	425	6	W	2	+1	-1460	1.16	-1.16
WP/434	1	429	430	4	W	6	+3	-710	11.70	-11.70
WP/434	2	427	444	6	E	9	+1	-1390	2.41	-2.41
WP/434	3	443	440	5	W	2	+1	-680	11.89	-11.89
WP/434	4	441	436	6	E	2	+1	-1460	1.16	-1.16
WP/434	5	439	432	7	W	2	=	-2210	-10.08	10.08
WP/434	6	437	428	7	W	2	=	-2220	-10.18	10.18
WP/434	7	435	442	7	W	6	=	-2220	-10.18	10.18
WP/434	8	438	433	4	W	2	+3	-710	11.70	-11.70
WP/434	9	434	431	4	W	2	+3	-710	11.70	-11.70
WP/439	1	447	448	6	W	2	+1	-1460	1.16	-1.16
WP/439	1	465	466	6	W	3	+1	-1460	1.16	-1.16
WP/439	2	445	452	7	W	2	=	-2220	-10.18	10.18
WP/439	2	463	470	6	W	2	+1	-1460	1.16	-1.16
WP/439	9	450	459	4	W	2	+3	-710	11.70	-11.70
WP/439	9	474	480	7	E	J	=	-2220	-10.18	10.18
WP/439	10	446	460	6	W	2	+1	-1460	1.16	-1.16
WP/439	10	471	478	7	W	2	=	-2210	-10.08	10.08
WP/439	11	456	462	6	W	2	+1	-1460	1.16	-1.16
WP/439	11	464	476	7	W	5	=	-2210	-10.08	10.08
WP/439	12	455	458	7	W	2	=	-2210	-10.08	10.08
WP/439	12	475	469	6	W	2	+1	-1460	1.16	-1.16
WP/439	13	461	453	6	W	2	+1	-1460	1.16	-1.16
WP/439	13	479	482	6	W	2	+1	-1460	1.16	-1.16
WP/439	14	457	451	4	W	3	+3	-710	11.70	-11.70
WP/439	14	472	468	7	W	2	=	-2210	-10.08	10.08
WP/439	15	454	449	5	W	2	+2	-710	11.70	-11.70
WP/439	15	473	477	7	W	2	=	-2210	-10.08	10.08
ZP/116	1	490	483	6	W	2	+1	-1460	1.16	-1.16
ZP/116	4	488	484	7	W	6	=	-2210	-10.08	10.08
ZP/116	6	489	487	6	W	2	+1	-1460	1.16	-1.16
ZP/116	7	486	485	7	W	2	=	-2210	-10.08	10.08
ZP/359	1	498	491	6	W	2	+1	-1460	1.16	-1.16
ZP/359	7	494	493	4	W	2	+3	-710	11.70	-11.70
ZP/359	6	497	495	6	W	2	+1	-1460	1.16	-1.16
ZP/359	4	496	492	6	W	6	+1	-1470	0.92	-0.92
ZP/433	1	512	503	6	E	2	+1	-1460	1.16	-1.16
ZP/433	9	499	513	7	E	J	=	-2220	-10.18	10.18
ZP/433	10	505	510	5	W	2	+2	-710	11.70	-11.70
ZP/433	12	509	511	6	W	2	+1	-1460	1.16	-1.16
ZP/433	13	504	507	6	W	2	+1	-1460	1.16	-1.16
ZP/433	14	506	502	6	W	9	+1	-1460	1.16	-1.16
ZP/452	1	522	529	7	W	2	=	-2210	-10.08	10.08
ZP/452	2	530	516	7	W	3	=	-2210	-10.08	10.08
ZP/452	6	526	515	6	W	2	+1	-1460	1.16	-1.16
ZP/452	8	521	528	7	W	2	=	-2210	-10.08	10.08
ZP/452	9	519	517	7	W	2	=	-2210	-10.08	10.08
ZP/452	7	518	524	7	W	5	=	-2210	-10.08	10.08
ZP/452	7	527	523	5	W	2	+2	-710	11.70	-11.70