Turniej na impy (cav.)

Czwartek, 7 maja 2026

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Rozdanie nr 7

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Rozdanie nr 7

J964

KJ10

732

A65

8

87

Q

KQJ1098743

S/Obie

AK1073

A93

AK1098

Q52

Q6542

J654

2

Liczba lew do wzięcia:


N	6	3	4	5	1		E	7	9	8	8	12
S	1	3	4	4	1		W	7	8	8	8	12

Minimax: 6

W, -1370
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1400	1	6 x W -5		1	16.50	-16.50
600	1	6 E -6		1	13.82	-13.82
500	7	6 E -5		6	13.30	-13.30
500	7	6 W -5		1	13.30	-13.30
400	4	5 E -4		1	12.35	-12.35
		5 E -4		1
		6 E -4		2
300	1	5 E -3		1	11.84	-11.84
200	15	7 x W -1		2	10.84	-10.84
		4 E -2		2
		3 E -2		9
		7 x E -1		1
		7 x W -1		1
100	5	6 E -1		1	9.49	-9.49
		4 E -1		1
		5 E -1		1
		3 E -1		1
		6 E -1		1
-110	1	1 E +1		1	7.72	-7.72
-130	1	4 E =		1	7.20	-7.20
-170	1	4 W +2		1	7.03	-7.03
-600	6	5 W =		2	1.65	-1.65
-600	6	3 E =		4	1.65	-1.65
-620	53	5 W +1		51	1.24	-1.24
		4 E =		1
		4 W =		1
-1370	47	6 E =		1	-9.25	9.25
-1370	47	6 W =		46	-9.25	9.25
-1540	5	6 x E =		1	-11.48	11.48
-1540	5	6 x W =		4	-11.48	11.48
	4	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	1	3	6	E	5	-5	500	13.30	-13.30
DS/136	2	5	4	6	W	A	=	-1370	-9.25	9.25
DS/336	1	11	10	5	W	7	+1	-620	1.24	-1.24
DS/336	5	13	9	5	W	4	+1	-620	1.24	-1.24
DS/336	7	7	12	5	W	4	+1	-620	1.24	-1.24
DS/380	1	17	27	5	W	J	+1	-620	1.24	-1.24
DS/380	2	25	20	5	W	J	+1	-620	1.24	-1.24
DS/380	3	24	31	3	E	5	-2	200	10.84	-10.84
DS/380	4	32	18	5	W	10	=	-600	1.65	-1.65
DS/380	10	16	29	6	W	6	=	-1370	-9.25	9.25
DS/380	11	30	21	5	W	K	+1	-620	1.24	-1.24
DS/380	12	15	23	5	W	5	+1	-620	1.24	-1.24
DS/380	13	28	26	6	W	A	=	-1370	-9.25	9.25
DS/380	14	19	22	TD					1.20	1.20
DS/72	1	42	33	5	W	J	+1	-620	1.24	-1.24
DS/72	2	35	38	5	W	A	+1	-620	1.24	-1.24
DS/72	3	37	41	5	W	J	+1	-620	1.24	-1.24
DS/72	8	36	34	5	W	4	+1	-620	1.24	-1.24
DS/72	9	39	40	6	E	2	-6	600	13.82	-13.82
DS/94	9	49	50	6	W	J	=	-1370	-9.25	9.25
DS/94	8	46	44	3	E	4	-2	200	10.84	-10.84
DS/94	2	45	48	5	W	J	+1	-620	1.24	-1.24
DS/94	3	47	51	5	W	3	+1	-620	1.24	-1.24
KP/464	1	58	56	5	W	7	+1	-620	1.24	-1.24
KP/464	2	61	65	6	W	4	=	-1370	-9.25	9.25
KP/464	3	66	55	6	W	J	=	-1370	-9.25	9.25
KP/464	7	63	54	3	E	4	-2	200	10.84	-10.84
KP/464	8	57	53	6	W	5	=	-1370	-9.25	9.25
KP/464	9	60	64	5	W	J	+1	-620	1.24	-1.24
KP/50	1	76	72	5	W	A	+1	-620	1.24	-1.24
KP/50	2	78	71	6	W	J	=	-1370	-9.25	9.25
KP/50	3	67	73	6 x	E	5	=	-1540	-11.48	11.48
KP/50	4	82	70	5	W	J	+1	-620	1.24	-1.24
KP/50	11	69	68	7 x	W	4	-1	200	10.84	-10.84
KP/50	12	75	80	5	W	J	+1	-620	1.24	-1.24
KP/50	14	79	81	6 x	W	3	-5	1400	16.50	-16.50
KP/50	15	74	77	5	E	2	-4	400	12.35	-12.35
KP/518	0	84	83	6 x	W		=	-1540	-11.48	11.48
LB/429	1	89	88	5	W	J	+1	-620	1.24	-1.24
LB/429	2	92	86	5	W	3	+1	-620	1.24	-1.24
LB/429	5	87	91	5	W	3	+1	-620	1.24	-1.24
LB/429	7	85	90	6	E	6	-5	500	13.30	-13.30
LD/460	1	97	96	5	W	3	+1	-620	1.24	-1.24
LD/460	2	100	94	5	W	J	+1	-620	1.24	-1.24
LD/460	5	99	95	5	W	5	+1	-620	1.24	-1.24
LD/460	7	93	98	6	W	J	=	-1370	-9.25	9.25
LD/478	2	109	113	5	W	J	+1	-620	1.24	-1.24
LD/478	7	111	102	5	W	6	+1	-620	1.24	-1.24
LD/478	8	105	101	5	W	J	+1	-620	1.24	-1.24
LD/478	1	106	104	6	W	A	=	-1370	-9.25	9.25
LD/478	3	114	103	6	W	J	=	-1370	-9.25	9.25
LD/478	6	110	107	6	W	A	=	-1370	-9.25	9.25
LD/478	9	108	112	6	W	A	=	-1370	-9.25	9.25
LU/468	1	121	128	6	W	10	=	-1370	-9.25	9.25
LU/468	2	115	126	5	W	4	+1	-620	1.24	-1.24
LU/468	4	130	118	3	E	6	-2	200	10.84	-10.84
LU/468	10	125	116	TD					1.20	0.00
LU/468	11	127	119	TD					0.00	1.20
LU/468	12	117	124	5	W	J	+1	-620	1.24	-1.24
LU/468	13	122	123	5	W	3	+1	-620	1.24	-1.24
MA/262	1	135	136	6	E	2	-1	100	9.49	-9.49
MA/262	2	133	132	6	W	4	=	-1370	-9.25	9.25
MA/262	3	131	146	1	E	2	+1	-110	7.72	-7.72
MA/262	4	147	142	6	E	4	=	-1370	-9.25	9.25
MA/262	5	145	138	6	W	3	=	-1370	-9.25	9.25
MA/262	6	143	134	4	W	5	+2	-170	7.03	-7.03
MA/262	7	148	141	6	W	4	=	-1370	-9.25	9.25
MA/262	8	144	139	6	E	4	-4	400	12.35	-12.35
MA/262	9	140	137	6	W	J	=	-1370	-9.25	9.25
MA/282	1	153	154	6	W	10	=	-1370	-9.25	9.25
MA/282	2	160	151	6	E	2	-1	100	9.49	-9.49
MA/282	3	158	152	6	W	2	=	-1370	-9.25	9.25
MA/282	7	159	155	5	W	8	+1	-620	1.24	-1.24
MA/282	8	157	149	5	W	3	+1	-620	1.24	-1.24
MA/41	1	181	170	5	W	7	+1	-620	1.24	-1.24
MA/41	2	172	182	4	E	2	-1	100	9.49	-9.49
MA/41	3	171	183	6	E	4	-5	500	13.30	-13.30
MA/41	4	184	164	6	W	4	-5	500	13.30	-13.30
MA/41	8	169	173	5	W	3	+1	-620	1.24	-1.24
MA/41	9	176	161	5	W	7	+1	-620	1.24	-1.24
MA/41	10	168	167	6	E	4	-5	500	13.30	-13.30
MA/41	11	177	174	4	E	2	=	-130	7.20	-7.20
MA/41	12	165	178	3	E	6	-2	200	10.84	-10.84
MA/41	13	163	179	3	E	5	=	-600	1.65	-1.65
MA/46	1	188	185	6 x	W	A	=	-1540	-11.48	11.48
MA/46	1	186	187	6	E	4	-5	500	13.30	-13.30
MA/86	2	190	194	5	W	4	+1	-620	1.24	-1.24
MA/86	2	191	193	5	W	J	+1	-620	1.24	-1.24
PD/369	8	205	196	6	E		-5	500	13.30	-13.30
PD/369	3	198	202	5	E		-4	400	12.35	-12.35
PD/369	7	204	201	7 x	E		-1	200	10.84	-10.84
PD/369	1	197	199	6	W		=	-1370	-9.25	9.25
PD/369	2	195	203	6	W		=	-1370	-9.25	9.25
PD/369	9	200	206	6	W		=	-1370	-9.25	9.25
SL/525	1	211	212	6	W	3	=	-1370	-9.25	9.25
SL/525	2	207	215	5	W	J	+1	-620	1.24	-1.24
SL/525	3	210	214	4	W	7	=	-620	1.24	-1.24
SL/525	8	216	209	5	W	2	+1	-620	1.24	-1.24
SL/525	9	208	213	3	E	4	-2	200	10.84	-10.84
WM/459	1	220	229	6	W	J	=	-1370	-9.25	9.25
WM/459	2	221	232	5	W	6	+1	-620	1.24	-1.24
WM/459	3	226	227	3	E	2	=	-600	1.65	-1.65
WM/459	4	217	224	6	W	3	=	-1370	-9.25	9.25
WM/459	10	230	231	6	W	3	=	-1370	-9.25	9.25
WM/459	11	223	225	6	W	10	=	-1370	-9.25	9.25
WM/459	12	222	228	5	W	4	+1	-620	1.24	-1.24
WM/459	13	219	218	6	W	K	=	-1370	-9.25	9.25
WM/503	1	239	238	5	W	3	+1	-620	1.24	-1.24
WM/503	2	242	236	7 x	W	4	-1	200	10.84	-10.84
WM/503	5	241	237	3	E	4	-2	200	10.84	-10.84
WM/503	7	235	240	4	E	2	-2	200	10.84	-10.84
WP/403	1	249	250	6	W	9	=	-1370	-9.25	9.25
WP/403	2	247	246	5	W	7	+1	-620	1.24	-1.24
WP/403	3	245	272	4	E	2	-2	200	10.84	-10.84
WP/403	4	243	268	3	E	6	=	-600	1.65	-1.65
WP/403	6	269	260	3	E	5	-1	100	9.49	-9.49
WP/403	7	267	256	5	W	10	+1	-620	1.24	-1.24
WP/403	8	265	252	6	W	4	=	-1370	-9.25	9.25
WP/403	9	263	248	6	W	7	=	-1370	-9.25	9.25
WP/403	10	244	261	7 x	W	A	-1	200	10.84	-10.84
WP/403	11	270	259	5	W	A	+1	-620	1.24	-1.24
WP/403	12	266	257	6	E	4	-4	400	12.35	-12.35
WP/403	13	262	255	6 x	W	J	=	-1540	-11.48	11.48
WP/403	14	258	253	6	W	J	=	-1370	-9.25	9.25
WP/439	1	278	280	6	W	J	=	-1370	-9.25	9.25
WP/439	1	285	288	TD					0.00	0.00
WP/439	2	284	282	6	W	3	=	-1370	-9.25	9.25
WP/439	2	286	277	5	W	3	+1	-620	1.24	-1.24
WP/439	3	276	275	5	W	3	+1	-620	1.24	-1.24
WP/439	4	283	287	6	W	A	=	-1370	-9.25	9.25
WP/439	5	273	274	4	E	4	=	-620	1.24	-1.24
WP/439	5	279	281	6	W	10	=	-1370	-9.25	9.25
WP/507	1	292	291	5	E	4	-1	100	9.49	-9.49
WP/507	1	290	289	6	W	J	=	-1370	-9.25	9.25
ZP/308	1	302	293	6	W	7	=	-1370	-9.25	9.25
ZP/308	2	295	298	6	W	5	=	-1370	-9.25	9.25
ZP/308	3	297	301	5	W	4	+1	-620	1.24	-1.24
ZP/308	8	296	294	5	E	4	-3	300	11.84	-11.84
ZP/308	9	299	300	3	E	4	-2	200	10.84	-10.84
ZP/378	2	305	308	3	E	2	=	-600	1.65	-1.65
ZP/378	3	307	311	6	W	6	=	-1370	-9.25	9.25
ZP/378	8	306	304	6	W	A	=	-1370	-9.25	9.25
ZP/378	9	309	310	6	W	J	=	-1370	-9.25	9.25
ZP/433	1	322	313	6	W	4	=	-1370	-9.25	9.25
ZP/433	2	315	318	5	W	A	+1	-620	1.24	-1.24
ZP/433	3	317	321	6	W	7	=	-1370	-9.25	9.25
ZP/433	8	316	314	3	E	4	-2	200	10.84	-10.84
ZP/433	9	319	320	6 x	W	J	=	-1540	-11.48	11.48
ZP/501	2	325	328	5	W	J	=	-600	1.65	-1.65
ZP/501	3	327	331	5	W	7	+1	-620	1.24	-1.24
ZP/501	8	326	324	5	W	10	+1	-620	1.24	-1.24
ZP/501	9	329	330	6	W	10	=	-1370	-9.25	9.25