Ogólnopolska Symultana z okazji Narodowego Dnia Zwycięskiego Powstania Wielkopolskiego 1918 roku

Sobota, 28 grudnia 2024

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Rozdanie nr 12

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Rozdanie nr 12

632

Q7654

Q73

KJ95

KJ9

AJ1085

10954

A832

9642

AKQ763

AQ1074

Liczba lew do wzięcia:


N	8	8	8	5	3	E	5	5	5	7	10
S	8	8	8	6	3	W	5	5	5	7	10

Minimax: 3

zapis	liczba wystąpień	kontrakt	liczba wystąpień	% NS	% EW
870	1	2 x N +1	1	100.00	0.00
800	1	2 x W -4	1	99.56	0.44
790	4	4 x S =	4	98.46	1.54
650	3	4 S +1	3	96.92	3.08
620	20	4 S =	20	91.85	8.15
500	4	5 x W -3	2	86.56	13.44
		6 x E -3	1
		6 x W -3	1
300	5	5 x W -2	5	84.58	15.42
200	1	3 S +2	1	83.26	16.74
170	22	1 S +3	4	78.19	21.81
		2 S +2	7
		3 S +1	11
140	25	2 S +1	2	67.84	32.16
		3 S =	4
		1 S +2	5
		2 S +1	6
		3 S =	8
110	4	2 S =	1	61.45	38.55
		1 S +1	2
		2 S =	1
100	3	4 x W -1	1	59.91	40.09
100	3	5 x W -1	2	59.91	40.09
80	4	1 S =	4	58.37	41.63
50	7	3 W -1	1	55.95	44.05
		4 W -1	5
		1 W -1	1
-90	1	2 W =	1	54.19	45.81
-100	36	2 S -1	1	46.04	53.96
		3 S -1	2
		4 S -1	2
		2 S -1	1
		3 S -1	7
		4 N -1	1
		4 S -1	19
		5 S -1	1
		3 N -1	2
-110	2	2 W +1	1	37.67	62.33
-110	2	3 W =	1	37.67	62.33
-130	6	3 W +1	1	35.90	64.10
-130	6	4 W =	5	35.90	64.10
-150	1	4 W +1	1	34.36	65.64
-200	37	3 N -2	1	25.99	74.01
		3 S -2	1
		4 x N -1	1
		4 x S -1	1
		4 N -2	5
		4 S -2	2
		5 x S -1	1
		5 N -2	2
		5 S -2	2
		3 S -2	3
		4 x S -1	2
		4 S -2	15
		5 x S -1	1
-240	1	1 x E +1	1	17.62	82.38
-300	12	5 S -3	4	14.76	85.24
		4 S -3	4
		5 S -3	4
-340	1	1 x E +2	1	11.89	88.11
-500	14	3 N -5	1	8.59	91.41
		4 x N -2	1
		4 x S -2	5
		4 N -5	1
		5 x S -2	1
		5 S -5	1
		4 x S -2	3
		5 x S -2	1
-510	2	4 x W =	2	5.07	94.93
-800	6	5 x S -3	2	3.30	96.70
		4 x S -3	3
		5 x S -3	1
-1000	1	4 x x S -2	1	1.76	98.24
-1100	3	4 x S -4	1	0.88	99.12
-1100	3	5 x S -4	2	0.88	99.12
-1400	1	5 x N -5	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/437	6	1	31	4	S	A	-2	-200	25.99	74.01
DS/437	6	36	26	3	S	A	=	140	67.84	32.16
DS/437	6	6	11	4 x	N	9	-2	-500	8.59	91.41
DS/437	6	16	21	4 x	S	8	-3	-800	3.30	96.70
DS/437	7	5	34	3	S	A	-1	-100	46.04	53.96
DS/437	7	40	29	4 x	S	8	-1	-200	25.99	74.01
DS/437	7	10	14	5	S	A	-1	-100	46.04	53.96
DS/437	7	20	24	1	S	A	+2	140	67.84	32.16
DS/437	8	4	32	5 x	W	J	-2	300	84.58	15.42
DS/437	8	39	27	4 x	S	A	-3	-800	3.30	96.70
DS/437	8	9	12	4	N	6	-2	-200	25.99	74.01
DS/437	8	19	22	3	S	A	-1	-100	46.04	53.96
DS/437	9	3	35	5	S	A	-5	-500	8.59	91.41
DS/437	9	38	30	4	S	A	-2	-200	25.99	74.01
DS/437	9	8	15	4	S	8	-1	-100	46.04	53.96
DS/437	9	18	25	4 x	S	8	-1	-200	25.99	74.01
DS/437	10	2	33	5	S	8	-3	-300	14.76	85.24
DS/437	10	37	28	3	S	8	=	140	67.84	32.16
DS/437	10	7	13	4	S	A	=	620	91.85	8.15
DS/437	10	41	23	3	S	J	+1	170	78.19	21.81
KP/107	6	43	63	4	S	8	-1	-100	46.04	53.96
KP/107	10	44	65	4 x	S	A	-2	-500	8.59	91.41
KP/107	9	45	67	4	S	A	=	620	91.85	8.15
KP/107	8	46	64	2	S	4	+2	170	78.19	21.81
KP/107	7	47	66	4	S	8	=	620	91.85	8.15
KP/107	6	68	53	4	S	A	-3	-300	14.76	85.24
KP/107	10	69	55	4	S	A	=	620	91.85	8.15
KP/107	9	70	57	2	W	4	+1	-110	37.67	62.33
KP/107	8	71	54	2	S	8	+1	140	67.84	32.16
KP/107	7	72	56	4	S	A	-3	-300	14.76	85.24
KP/107	6	58	48	4	S	8	-2	-200	25.99	74.01
KP/107	10	73	50	3	S	A	+1	170	78.19	21.81
KP/107	9	60	52	4	S	A	-1	-100	46.04	53.96
KP/107	8	61	49	4	S	A	-1	-100	46.04	53.96
KP/107	7	62	51	4	S	8	=	620	91.85	8.15
KP/107	10	59	74	1	S	8	+3	170	78.19	21.81
LB/374	1	85	86	4 xx	S	8	-2	-1000	1.76	98.24
LB/374	1	97	98	4	S	8	-1	-100	46.04	53.96
LB/374	2	83	82	3	N	8	-5	-500	8.59	91.41
LB/374	2	95	94	3	S	A	+1	170	78.19	21.81
LB/374	3	81	78	4	S	A	-1	-100	46.04	53.96
LB/374	3	93	90	4	N	6	-2	-200	25.99	74.01
LB/374	5	77	106	4 x	S	A	=	790	98.46	1.54
LB/374	6	75	102	4	S	8	-1	-100	46.04	53.96
LB/374	10	109	92	1	S	5	+3	170	78.19	21.81
LB/374	11	88	107	4 x	S	8	-2	-500	8.59	91.41
LB/374	12	84	105	5	S	A	-3	-300	14.76	85.24
LB/374	13	104	91	4 x	W	J	=	-510	5.07	94.93
LB/374	13	80	103	4	S	5	=	620	91.85	8.15
LB/374	14	100	89	2 x	W	J	-4	800	99.56	0.44
LB/374	14	76	101	4 x	S	8	=	790	98.46	1.54
LB/374	15	96	87	4	S	A	=	620	91.85	8.15
LB/374	15	108	99	2	S	8	+1	140	67.84	32.16
LB/374	2	117	119	3	S	A	-1	-100	46.04	53.96
LB/374	4	122	114	4	S	A	-2	-200	25.99	74.01
LB/374	6	118	112	5 x	W	J	-2	300	84.58	15.42
LB/374	7	116	115	2	W	J	=	-90	54.19	45.81
LB/374	9	113	120	4	S	A	-1	-100	46.04	53.96
LB/429	6	123	133	4	S	A	-2	-200	25.99	74.01
LB/429	6	138	143	2	S	9	=	110	61.45	38.55
LB/429	6	150	128	5 x	S	A	-2	-500	8.59	91.41
LB/429	6	129	149	4	W	J	-1	50	55.95	44.05
LB/429	6	131	132	4	S	A	=	620	91.85	8.15
LB/429	7	127	136	4	S	A	=	620	91.85	8.15
LB/429	7	142	146	4	S	A	=	620	91.85	8.15
LB/429	8	126	134	4	S	A	=	620	91.85	8.15
LB/429	8	141	144	4	S	8	-2	-200	25.99	74.01
LB/429	9	125	137	5 x	W	J	-3	500	86.56	13.44
LB/429	9	140	147	1	S	8	=	80	58.37	41.63
LB/429	10	124	135	4	W	J	=	-130	35.90	64.10
LB/429	10	139	145	4	S	J	+1	650	96.92	3.08
LD/257	6	151	166	3	S	A	+1	170	78.19	21.81
LD/257	6	156	161	4	N	6	-5	-500	8.59	91.41
LD/257	7	155	169	4	N	6	-2	-200	25.99	74.01
LD/257	7	160	164	4	S	A	-2	-200	25.99	74.01
LD/257	8	154	167	4	S	8	-2	-200	25.99	74.01
LD/257	8	159	162	3	N	6	-1	-100	46.04	53.96
LD/257	9	153	170	4	S	8	=	620	91.85	8.15
LD/257	9	158	165	3	S	A	-1	-100	46.04	53.96
LD/257	10	152	168	4	S	8	=	620	91.85	8.15
LD/257	10	157	163	3	S	A	=	140	67.84	32.16
LD/460	1	172	177	1	S	A	+2	140	67.84	32.16
LD/460	2	176	175	4 x	S	A	=	790	98.46	1.54
LD/460	6	171	174	3	W	2	+1	-130	35.90	64.10
MA/126	6	179	189	5 x	S	A	-3	-800	3.30	96.70
MA/126	6	199	239	5	S	A	-3	-300	14.76	85.24
MA/126	6	184	209	3	S	5	+1	170	78.19	21.81
MA/126	6	229	204	4 x	S	A	-4	-1100	0.88	99.12
MA/126	6	214	219	1	S	8	+1	110	61.45	38.55
MA/126	6	194	224	5 x	W	3	-3	500	86.56	13.44
MA/126	6	244	234	5 x	W	J	-2	300	84.58	15.42
MA/126	6	238	235	5 x	W	J	-2	300	84.58	15.42
MA/126	6	237	236	4	W	5	=	-130	35.90	64.10
MA/126	7	183	192	5 x	S	A	-3	-800	3.30	96.70
MA/126	7	203	242	4	S	A	=	620	91.85	8.15
MA/126	7	188	212	1	S	A	+2	140	67.84	32.16
MA/126	7	233	207	5	N	9	-2	-200	25.99	74.01
MA/126	7	218	222	5	S	8	-3	-300	14.76	85.24
MA/126	7	198	227	5 x	W	2	-2	300	84.58	15.42
MA/126	8	182	190	6 x	E	J	-3	500	86.56	13.44
MA/126	8	202	240	1 x	E	A	+2	-340	11.89	88.11
MA/126	8	187	210	1	S	5	+2	140	67.84	32.16
MA/126	8	232	205	4	S	A	-1	-100	46.04	53.96
MA/126	8	217	220	2	S	8	-1	-100	46.04	53.96
MA/126	8	197	225	4	S	A	-1	-100	46.04	53.96
MA/126	9	181	193	4	S	A	+1	650	96.92	3.08
MA/126	9	201	243	5	S	A	-2	-200	25.99	74.01
MA/126	9	186	213	4	S	A	-1	-100	46.04	53.96
MA/126	9	231	208	4 x	S	A	-1	-200	25.99	74.01
MA/126	9	216	223	3	N	9	-1	-100	46.04	53.96
MA/126	9	196	228	4 x	S	A	=	790	98.46	1.54
MA/126	10	180	191	2	S	8	+2	170	78.19	21.81
MA/126	10	200	241	3	W	3	=	-110	37.67	62.33
MA/126	10	185	211	5 x	S	8	-3	-800	3.30	96.70
MA/126	10	230	206	4	S	A	-2	-200	25.99	74.01
MA/126	10	215	221	5 x	S	A	-1	-200	25.99	74.01
MA/126	10	195	226	4	W	J	-1	50	55.95	44.05
MA/321	1	250	246	4	S	A	-2	-200	25.99	74.01
MA/321	2	249	257	2	S	A	+1	140	67.84	32.16
MA/321	3	254	253	4	S	A	=	620	91.85	8.15
MA/321	4	258	248	2	S	8	+1	140	67.84	32.16
MA/321	8	251	255	5	S	K	-3	-300	14.76	85.24
MA/321	9	247	245	3	S	A	=	140	67.84	32.16
MA/321	10	256	252	3	S	9	+1	170	78.19	21.81
MA/370	1	264	279	3	S	A	+1	170	78.19	21.81
MA/370	2	263	277	5 x	W	J	-1	100	59.91	40.09
MA/370	3	262	275	3	W	J	-1	50	55.95	44.05
MA/370	5	260	286	5 x	N	A	-5	-1400	0.00	100.00
MA/370	6	259	284	4	N	5	-1	-100	46.04	53.96
MA/370	7	273	282	4	S	A	-1	-100	46.04	53.96
MA/370	8	272	280	2	S	8	+1	140	67.84	32.16
MA/370	9	271	278	3	S	A	-1	-100	46.04	53.96
MA/370	10	270	276	1	S	8	+1	110	61.45	38.55
MA/370	11	274	269	4	S	8	-1	-100	46.04	53.96
MA/370	12	287	268	3	S	9	=	140	67.84	32.16
MA/370	13	285	267	2 x	N	8	+1	870	100.00	0.00
MA/370	14	283	266	5	S	A	-2	-200	25.99	74.01
MA/370	15	281	265	4	S	8	=	620	91.85	8.15
PM/129	1	307	299	2	S	8	-1	-100	46.04	53.96
PM/129	2	308	297	4	W	J	=	-130	35.90	64.10
PM/129	3	303	309	3	N	A	-2	-200	25.99	74.01
PM/129	4	293	301	4	S	J	-2	-200	25.99	74.01
PM/129	5	289	295	4 x	W	J	-1	100	59.91	40.09
PM/129	6	310	294	3	S	8	=	140	67.84	32.16
PM/129	11	290	302	3	S	8	-2	-200	25.99	74.01
PM/129	12	298	304	4 x	S	8	-3	-800	3.30	96.70
PM/129	13	305	300	4	S	A	=	620	91.85	8.15
PM/129	14	292	291	4	S	A	-3	-300	14.76	85.24
PM/129	15	296	306	3	S	8	=	140	67.84	32.16
SL/230	6	311	371	4	N	2	-2	-200	25.99	74.01
SL/230	6	326	341	4 x	S	8	-2	-500	8.59	91.41
SL/230	6	376	381	4	S	J	-2	-200	25.99	74.01
SL/230	6	386	336	5 x	S	A	-2	-500	8.59	91.41
SL/230	6	346	366	3	S	8	=	140	67.84	32.16
SL/230	6	351	316	3	S	J	+1	170	78.19	21.81
SL/230	6	361	321	2	S	A	+1	140	67.84	32.16
SL/230	6	331	356	5	S	A	-3	-300	14.76	85.24
SL/230	7	315	374	5 x	S	A	-4	-1100	0.88	99.12
SL/230	7	330	344	4	W	2	-1	50	55.95	44.05
SL/230	7	380	384	3	S	8	-1	-100	46.04	53.96
SL/230	7	390	339	4	S	A	-1	-100	46.04	53.96
SL/230	7	350	369	2	S	J	+2	170	78.19	21.81
SL/230	7	355	319	1	S	8	=	80	58.37	41.63
SL/230	7	365	324	3	S	A	+1	170	78.19	21.81
SL/230	7	335	359	4	S	A	-1	-100	46.04	53.96
SL/230	8	314	372	3	S	A	=	140	67.84	32.16
SL/230	8	329	342	4	S	A	-1	-100	46.04	53.96
SL/230	8	379	382	3	S	8	+2	200	83.26	16.74
SL/230	8	389	337	4	W	J	=	-130	35.90	64.10
SL/230	8	349	367	1	S	5	+3	170	78.19	21.81
SL/230	8	354	317	4 x	S	8	-2	-500	8.59	91.41
SL/230	8	364	322	5	N	6	-2	-200	25.99	74.01
SL/230	8	334	357	4	S	A	=	620	91.85	8.15
SL/230	9	313	375	4	N	A	-2	-200	25.99	74.01
SL/230	9	328	345	3	S	8	+1	170	78.19	21.81
SL/230	9	388	340	2	S	8	=	110	61.45	38.55
SL/230	9	348	370	3	S	A	-2	-200	25.99	74.01
SL/230	9	353	320	3	S	A	=	140	67.84	32.16
SL/230	9	363	325	1	S	J	+2	140	67.84	32.16
SL/230	9	333	360	3	S	8	=	140	67.84	32.16
SL/230	10	312	373	3	S	8	-2	-200	25.99	74.01
SL/230	10	327	343	1 x	E	A	+1	-240	17.62	82.38
SL/230	10	377	383	1	S	A	+3	170	78.19	21.81
SL/230	10	387	338	4	S	A	-1	-100	46.04	53.96
SL/230	10	347	368	4	S	8	-3	-300	14.76	85.24
SL/230	10	352	318	4 x	S	8	-2	-500	8.59	91.41
SL/230	10	362	323	5	S	A	-3	-300	14.76	85.24
SL/230	10	332	358	4	S	8	-2	-200	25.99	74.01
SL/87	4	406	394	5 x	S	A	-4	-1100	0.88	99.12
SL/87	4	391	397	3	S	A	=	140	67.84	32.16
SL/87	4	402	395	6 x	W	J	-3	500	86.56	13.44
SL/87	4	400	396	4 x	S	8	-2	-500	8.59	91.41
SL/87	4	398	401	4	S	8	-1	-100	46.04	53.96
SL/87	4	403	405	4	S	8	-1	-100	46.04	53.96
SL/87	4	399	404	4	S	8	-2	-200	25.99	74.01
SL/87	4	393	392	5	S	A	-3	-300	14.76	85.24
SL/87	3	407	413	1	S	A	=	80	58.37	41.63
SL/87	3	412	414	1	W	5	-1	50	55.95	44.05
SL/87	3	410	411	4	S	A	=	620	91.85	8.15
SL/87	3	409	408	4	S	A	=	620	91.85	8.15
SW/477	1	420	416	3	S	A	+1	170	78.19	21.81
SW/477	2	419	427	1	S	8	=	80	58.37	41.63
SW/477	3	424	423	4	W	J	=	-130	35.90	64.10
SW/477	8	421	425	4	W	J	-1	50	55.95	44.05
SW/477	9	417	415	4	S	A	-1	-100	46.04	53.96
SW/477	10	426	422	4 x	N	6	-1	-200	25.99	74.01
WM/337	2	435	437	4 x	S	8	-2	-500	8.59	91.41
WM/337	4	440	432	4	S	A	-1	-100	46.04	53.96
WM/337	6	436	430	2	S	8	+1	140	67.84	32.16
WM/337	7	434	433	4	S	8	-2	-200	25.99	74.01
WM/337	8	429	439	2	S	8	+2	170	78.19	21.81
WM/337	9	431	438	2	S	8	+1	140	67.84	32.16
WP/417	6	456	444	4 x	W	J	=	-510	5.07	94.93
WP/417	6	450	441	3	S	A	-1	-100	46.04	53.96
WP/417	6	455	454	3	S	9	-2	-200	25.99	74.01
WP/417	6	451	442	3	S	8	-1	-100	46.04	53.96
WP/417	6	452	448	4	S	A	-2	-200	25.99	74.01
WP/417	6	445	449	4	S	8	-2	-200	25.99	74.01
WP/417	6	446	453	2	S	A	+2	170	78.19	21.81
WP/417	6	443	447	5 x	W	J	-1	100	59.91	40.09
ZP/308	1	471	458	4 x	S	A	-2	-500	8.59	91.41
ZP/308	2	466	469	4	S	A	+1	650	96.92	3.08
ZP/308	3	468	464	5 x	S	A	-1	-200	25.99	74.01
ZP/308	4	470	463	4	W	J	+1	-150	34.36	65.64
ZP/308	5	459	465	3	S	A	-1	-100	46.04	53.96
ZP/308	6	472	462	2	S	8	+2	170	78.19	21.81
ZP/308	13	461	460	2	S	A	+2	170	78.19	21.81
ZP/308	14	467	457	4	W	J	-1	50	55.95	44.05