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Poniedziałek, 18 sierpnia 2025

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Rozdanie nr 27

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Rozdanie nr 27

AK98

A

KQ8

KJ765

QJ42

974

10763

42

S/-

10763

J108

AJ9

Q98

5

KQ6532

542

A103

Liczba lew do wzięcia:


N	12	9	12	10	12		E	0	4	0	3	0
S	12	9	12	10	12		W	0	4	0	3	0

Minimax: 6

S, 990
DeepFinesse ©1999 Wiliam Bailey

zapis	liczba wystąpień	kontrakt		liczba wystąpień	% NS	% EW
1090	1	6 x N =		1	99.93	0.07
1020	2	6 N +1		2	99.19	0.81
1010	1	6 S +1		1	98.45	1.55
990	6	6 N =		6	96.72	3.28
980	1	6 S =		1	94.99	5.01
920	3	6 N =		3	94.00	6.00
520	42	3 N +4		41	82.88	17.12
520	42	4 N +3		1	82.88	17.12
510	17	4 N +3		5	68.29	31.71
510	17	4 S +3		12	68.29	31.71
490	32	3 N +3		31	56.18	43.82
490	32	3 S +3		1	56.18	43.82
480	28	4 N +2		15	41.35	58.65
		4 S +2		12
		5 N +1		1
460	27	3 N +2		24	27.75	72.25
		3 S +2		1
		5 N =		2
450	16	4 N +1		6	17.12	82.88
450	16	4 S +1		10	17.12	82.88
430	6	3 N +1		6	11.69	88.31
420	1	4 S =		1	9.96	90.04
400	2	5 N =		1	9.21	90.79
400	2	3 N =		1	9.21	90.79
230	1	2 S +4		1	8.47	91.53
200	1	2 N +3		1	7.98	92.02
180	1	2 N +2		1	7.48	92.52
170	1	3 N +3		1	6.99	93.01
140	2	2 N +1		2	6.25	93.75
130	2	3 N +1		1	5.26	94.74
130	2	3 S +1		1	5.26	94.74
-50	6	5 N -1		1	3.28	96.72
		6 S -1		1
		6 S -1		1
		6 N -1		3
-100	3	6 N -2		1	1.06	98.94
		5 S -2		1
		7 x N -1		1
-150	1	7 N -3		1	0.07	99.93
	2	TD

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	1	3	7	3	N	7	+1	430	11.69	88.31
DS/136	2	1	10	3	N	J	+2	460	27.75	72.25
DS/136	3	6	11	4	S	2	+3	510	68.29	31.71
DS/136	4	8	5	4	S	2	+2	480	41.35	58.65
DS/136	7	2	4	5	N	10	+1	480	41.35	58.65
DS/158	5	18	16	3	N	7	+4	520	82.88	17.12
DS/158	7	20	19	3	N	7	+4	520	82.88	17.12
DS/158	3	17	13	3	N	3	+3	490	56.18	43.82
DS/158	6	15	14	TD					40.00	60.00
DS/336	1	23	27	4	S	4	+3	510	68.29	31.71
DS/336	2	21	30	6	N	6	=	920	94.00	6.00
DS/336	3	26	31	3	N	J	+3	490	56.18	43.82
DS/336	4	28	25	3	N	7	+2	460	27.75	72.25
DS/336	7	22	24	3	N	J	+4	520	82.88	17.12
DS/336	9	32	29	4	N	J	+2	480	41.35	58.65
DS/380	2	38	58	4	S	Q	+2	480	41.35	58.65
DS/380	3	34	56	3	N	7	+4	520	82.88	17.12
DS/380	4	57	52	4	S	2	+2	480	41.35	58.65
DS/380	5	51	45	3	N	7	+4	520	82.88	17.12
DS/380	6	49	37	3	N	7	+2	460	27.75	72.25
DS/380	7	47	54	3	N	7	=	400	9.21	90.79
DS/380	8	41	46	3	N	J	+4	520	82.88	17.12
DS/380	9	36	44	3	N	9	+4	520	82.88	17.12
DS/380	10	50	42	3	N	J	+4	520	82.88	17.12
DS/380	11	39	43	3	N	7	+3	490	56.18	43.82
DS/380	12	59	53	3	N	10	+4	520	82.88	17.12
DS/380	12	48	60	3	N	8	+4	520	82.88	17.12
DS/380	13	35	40	3	N	3	+2	460	27.75	72.25
DS/380	14	33	55	3	N	7	+3	490	56.18	43.82
DS/72	3	65	61	4	S	Q	+1	450	17.12	82.88
DS/72	5	66	64	4	S	4	+3	510	68.29	31.71
DS/72	6	63	62	3	N	J	+2	460	27.75	72.25
DS/72	7	68	67	4	S	Q	+1	450	17.12	82.88
KP/353	9	106	110	3	N	9	+2	460	27.75	72.25
KP/353	8	113	107	6	N	7	-1	-50	3.28	96.72
KP/353	6	108	109	3	N	7	+1	430	11.69	88.31
KP/353	5	105	112	3	N	8	+4	520	82.88	17.12
KP/50	14	130	128	3	N	7	+3	490	56.18	43.82
KP/50	13	125	116	5	S	4	-2	-100	1.06	98.94
KP/50	12	121	129	4	N	7	+1	450	17.12	82.88
KP/50	11	119	115	6	N	J	=	990	96.72	3.28
KP/50	10	117	120	4	N	8	+3	510	68.29	31.71
KP/50	9	122	124	4	S	4	+2	480	41.35	58.65
KP/50	7	118	123	3	N	7	+1	430	11.69	88.31
KP/50	6	127	126	3	N	9	+2	460	27.75	72.25
LB/265	3	136	138	4	S	2	+2	480	41.35	58.65
LB/265	4	135	133	6	S	Q	=	980	94.99	5.01
LB/265	5	139	132	6 x	N	A	=	1090	99.93	0.07
LB/265	6	134	131	6	N	7	+1	1020	99.19	0.81
LB/265	7	140	137	4	S	2	+3	510	68.29	31.71
LB/389	5	141	148	3	N	9	+2	460	27.75	72.25
LB/389	6	144	145	3	S	Q	+3	490	56.18	43.82
LB/389	7	150	147	3	N	7	+3	490	56.18	43.82
LB/389	8	149	143	3	N	3	+4	520	82.88	17.12
LB/389	9	142	146	4	S	2	+3	510	68.29	31.71
LB/429	5	151	158	3	N	3	+3	490	56.18	43.82
LB/429	6	154	155	3	N	J	+4	520	82.88	17.12
LB/429	8	159	153	4	N	7	+2	480	41.35	58.65
LB/429	9	152	156	5	N	A	-1	-50	3.28	96.72
LD/48	5	184	183	4	N	8	+3	510	68.29	31.71
LD/48	5	182	179	3	N	7	+3	490	56.18	43.82
LD/48	5	181	180	3	N	7	+3	490	56.18	43.82
MA/126	1	199	200	3	N	7	+3	170	6.99	93.01
MA/126	2	197	196	3	N	3	+4	520	82.88	17.12
MA/126	2	206	217	4	N	7	+2	480	41.35	58.65
MA/126	3	195	192	3	N	6	+3	490	56.18	43.82
MA/126	3	214	218	7	N	A	-3	-150	0.07	99.93
MA/126	4	207	211	3	N	9	+4	520	82.88	17.12
MA/126	5	193	186	4	N	7	+1	450	17.12	82.88
MA/126	5	213	219	3	S	9	+2	460	27.75	72.25
MA/126	6	191	202	4	N	J	+2	480	41.35	58.65
MA/126	6	210	212	3	S	2	+1	130	5.26	94.74
MA/126	7	189	198	3	N	J	+2	460	27.75	72.25
MA/126	7	209	220	2	N	7	+3	200	7.98	92.02
MA/126	8	194	187	3	N	J	+3	490	56.18	43.82
MA/126	8	215	208	3	N	3	+2	460	27.75	72.25
MA/126	9	190	185	3	N	3	+3	490	56.18	43.82
MA/126	9	188	203	3	N	7	+2	460	27.75	72.25
MA/126	9	205	216	3	N	7	+2	460	27.75	72.25
MA/126	10	204	201	3	N	9	+2	460	27.75	72.25
MA/483	3	236	249	3	N	7	+2	460	27.75	72.25
MA/483	4	239	243	3	N	3	+4	520	82.88	17.12
MA/483	5	250	245	3	N	7	+3	490	56.18	43.82
MA/483	6	237	238	3	N	7	+3	490	56.18	43.82
MA/483	7	251	244	3	N	J	+4	520	82.88	17.12
MA/483	8	235	252	4	N	3	+2	480	41.35	58.65
MA/483	9	247	253	4	N	J	+2	480	41.35	58.65
MA/483	10	254	246	3	N	3	+3	490	56.18	43.82
MA/483	11	255	240	4	N	10	+1	450	17.12	82.88
MA/483	12	242	256	5	N	9	=	460	27.75	72.25
MA/483	13	241	257	7 x	N	A	-1	-100	1.06	98.94
MA/483	14	258	248	6	S	8	+1	1010	98.45	1.55
MA/493	6	271	270	4	N	7	+3	520	82.88	17.12
MA/493	7	262	267	3	N	3	+3	490	56.18	43.82
MA/493	9	266	268	2	S	2	+4	230	8.47	91.53
MA/493	10	261	264	3	N	3	+4	520	82.88	17.12
MA/493	11	263	259	4	S	7	+2	480	41.35	58.65
MA/493	12	265	273	3	N	7	+4	520	82.88	17.12
MA/493	13	269	260	2	N	8	+1	140	6.25	93.75
MA/65	4	284	278	3	N	3	+4	520	82.88	17.12
MA/65	5	285	282	6	N	J	=	990	96.72	3.28
MA/65	6	277	286	3	N	J	+4	520	82.88	17.12
MA/65	7	283	276	3	N	3	+4	520	82.88	17.12
MA/65	8	281	280	3	N	7	+3	490	56.18	43.82
MA/65	9	275	279	6	N	7	=	990	96.72	3.28
MP/137	4	294	292	3	N	3	+4	520	82.88	17.12
MP/137	5	298	289	4	S	Q	+1	450	17.12	82.88
MP/137	6	287	293	3	N	7	+3	490	56.18	43.82
MP/137	7	296	299	4	N	10	+2	480	41.35	58.65
MP/137	8	291	290	3	N	7	+4	520	82.88	17.12
MP/137	9	300	295	3	N	9	+4	520	82.88	17.12
MP/138	3	305	301	2	N	9	+2	180	7.48	92.52
MP/138	5	306	304	3	N	J	+3	490	56.18	43.82
MP/138	6	303	302	3	N	7	+2	460	27.75	72.25
MP/40	1	349	350	3	N	7	+3	490	56.18	43.82
MP/40	2	347	346	4	N	J	+2	480	41.35	58.65
MP/40	3	345	342	3	N	3	+3	490	56.18	43.82
MP/40	4	343	338	4	S	2	+3	510	68.29	31.71
MP/40	5	341	334	3	N	7	+4	520	82.88	17.12
MP/40	6	339	348	3	N	7	+3	490	56.18	43.82
MP/40	7	344	337	3	N	9	+4	520	82.88	17.12
MP/40	8	340	335	4	N	A	+2	480	41.35	58.65
MP/40	9	336	333	3	N	9	+4	520	82.88	17.12
PD/369	6	360	367	3	N	9	+4	520	82.88	17.12
PD/369	7	355	368	3	N	7	+3	490	56.18	43.82
PD/369	8	363	369	4	S	Q	+1	450	17.12	82.88
PD/369	9	353	356	4	N	3	+2	480	41.35	58.65
PD/369	10	352	351	6	N	3	=	920	94.00	6.00
PD/369	11	354	362	6	S	7	-1	-50	3.28	96.72
PD/369	12	357	361	3	N	3	+4	520	82.88	17.12
PD/369	13	359	365	3	N	3	+2	460	27.75	72.25
PD/369	14	370	364	4	S	7	+1	450	17.12	82.88
PK/469	5	371	373	4	S	2	+3	510	68.29	31.71
PK/469	5	375	372	4	N	J	+3	510	68.29	31.71
PK/469	5	376	374	4	N	7	+1	450	17.12	82.88
PK/51	3	379	378	4	S	2	+3	510	68.29	31.71
PK/51	5	384	380	6	N	A	-2	-100	1.06	98.94
PK/51	6	383	381	6	N	7	-1	-50	3.28	96.72
PK/51	7	377	382	3	N	7	+4	520	82.88	17.12
PM/102	1	392	388	6	S	7	-1	-50	3.28	96.72
PM/102	2	397	400	3	N	2	+4	520	82.88	17.12
PM/102	3	389	395	3	N	7	+2	460	27.75	72.25
PM/102	4	401	385	3	N	3	+1	430	11.69	88.31
PM/102	5	399	387	3	N	3	+3	490	56.18	43.82
PM/102	6	394	396	4	S	Q	+3	510	68.29	31.71
PM/102	7	390	391	4	N	J	+3	510	68.29	31.71
PM/102	8	393	386	4	N	7	+1	450	17.12	82.88
PM/102	9	402	398	4	S	J	+2	480	41.35	58.65
WM/337	6	424	420	3	N	9	+4	520	82.88	17.12
WM/337	7	429	432	3	N	6	+2	460	27.75	72.25
WM/337	8	421	427	TD					60.00	40.00
WM/337	9	433	417	3	N	A	+2	460	27.75	72.25
WM/337	10	431	419	4	S	4	+2	480	41.35	58.65
WM/337	11	426	428	4	S	7	+1	450	17.12	82.88
WM/337	12	422	423	4	N	J	+2	480	41.35	58.65
WM/337	13	425	418	3	N	J	+3	490	56.18	43.82
WM/337	14	434	430	4	N	8	+2	480	41.35	58.65
WP/120	5	457	464	6	N	7	=	990	96.72	3.28
WP/120	6	460	461	3	N	3	+3	490	56.18	43.82
WP/120	7	466	463	4	S	2	+3	510	68.29	31.71
WP/120	8	465	459	4	S	2	+2	480	41.35	58.65
WP/120	9	458	462	3	N	3	+1	430	11.69	88.31
WP/147	5	467	474	6	N	10	=	990	96.72	3.28
WP/147	6	470	471	4	S	Q	+1	450	17.12	82.88
WP/147	7	476	473	3	N	3	+4	520	82.88	17.12
WP/147	8	475	469	4	S	J	+2	480	41.35	58.65
WP/147	9	468	472	6	N	J	+1	1020	99.19	0.81
WP/252	1	479	483	3	N	J	+1	130	5.26	94.74
WP/252	2	477	486	3	N	7	+4	520	82.88	17.12
WP/252	3	482	487	5	N	J	=	400	9.21	90.79
WP/252	4	484	481	2	N	9	+1	140	6.25	93.75
WP/252	7	478	480	4	N	A	+2	480	41.35	58.65
WP/252	9	488	485	3	N	J	+4	520	82.88	17.12
WP/403	6	496	498	4	S	Q	+1	450	17.12	82.88
WP/403	6	518	522	3	N	3	+2	460	27.75	72.25
WP/403	7	497	503	5	N	7	=	460	27.75	72.25
WP/403	7	519	511	4	S	2	+3	510	68.29	31.71
WP/403	8	492	500	3	N	3	+4	520	82.88	17.12
WP/403	8	520	510	3	N	7	+3	490	56.18	43.82
WP/403	9	509	507	3	N	9	+2	460	27.75	72.25
WP/403	10	495	504	6	N	A	=	920	94.00	6.00
WP/403	10	506	517	4	N	7	+1	450	17.12	82.88
WP/403	11	491	494	6	N	A	=	990	96.72	3.28
WP/403	11	512	514	3	N	3	+4	520	82.88	17.12
WP/403	12	499	501	4	S	Q	+1	450	17.12	82.88
WP/403	12	521	515	3	N	7	+1	430	11.69	88.31
WP/403	13	490	502	3	N	7	+2	460	27.75	72.25
WP/403	13	513	508	3	N	3	+3	490	56.18	43.82
WP/403	14	489	493	3	N	3	+2	460	27.75	72.25
WP/403	14	505	516	3	N	3	+2	460	27.75	72.25
WP/462	5	552	551	3	N	7	+3	490	56.18	43.82
WP/462	5	550	547	3	N	7	+4	520	82.88	17.12
WP/462	5	549	548	4	S	2	+2	480	41.35	58.65
ZP/308	5	553	555	3	N	7	+4	520	82.88	17.12
ZP/308	5	557	554	3	N	7	+4	520	82.88	17.12
ZP/308	5	558	556	4	S	Q	=	420	9.96	90.04
ZP/359	5	569	566	4	N	Q	+2	480	41.35	58.65
ZP/359	6	561	570	3	N	7	+3	490	56.18	43.82
ZP/359	7	567	560	4	S	2	+3	510	68.29	31.71
ZP/359	8	565	564	4	S	4	+2	480	41.35	58.65
ZP/359	9	559	563	4	S	10	+1	450	17.12	82.88
ZP/375	5	571	578	4	N	9	+3	510	68.29	31.71
ZP/375	6	574	575	3	N	3	+3	490	56.18	43.82
ZP/375	8	579	573	6	N	6	-1	-50	3.28	96.72
ZP/375	9	572	576	4	N	8	+2	480	41.35	58.65