Teamturnier - Gruppe Cœur - Böblingen - 19.02.2015

1
Nord / -
105
AB10
9654
D954
B87
84
DB103
KB106
N
1
AK963
K93
AK8
A3
O/W 4 +1
D42
D7652
72
872
SA
N
S
O45254
W45254
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
15,056O 3 +27      200101−5−15,0
−12,0−51O 3SA =7      400106512,0
51,0113O 3SA -25100      104−11−51,0
−21,0−25O 5 =5      450102221,0
−12,022O 3SA =7      400105−212,0
−21,0−114O 5 =5      4501031121,0
2
Ost / NS
7
DB8
D8753
K832
K109
K9642
A10
B107
2O
AB832
53
B64
AD6
O/W 3SA +1
D654
A107
K92
954
SA
N
S
O2444
W21444
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−42,0−116O 4 =A      4201011142,0
31,0111O 4 -24100      106−11−31,0
−4,003O 3 =9      14010404,0
−4,0−55O 3 =9      14010254,0
23,052O 4 -1550      105−5−23,0
−4,004O 3 =A      14010304,0
3
Süd / OW
A52
A107
K3
AKB54
84
3
A108654
D973
3
S
KD973
D54
B9
1082
N/S 6 =
B106
KB9862
D72
6
SA
N41635
S41635
O
W
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−44,006S 4 -1A      50101044,0
−44,001S 4 -14      50106044,0
22,003S 4 +1A450      1040−22,0
22,005S 4 +13450      1020−22,0
22,002S 4 +1A450      1050−22,0
22,004S 4 +1A450      1030−22,0
4
West / alle
954
10874
B10732
3
ADB7
KB2
D98
1096
W4
32
D9
K6
AKDB854
O/W 3SA +2
K1086
A653
A54
72
SA
N
S
O51135
W51135
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−17,0−26O 3SA +26      660101217,0
−6,021W 5 =B      600106−26,0
51,0103W 4 +1B      150104−10−51,0
−11,005O 3SA +16      630102011,0
−11,002O 3SA +110      630105011,0
−6,0−104W 5 =3      600103106,0
5
Nord / NS
64
B108653
B974
8
AB
AD942
52
A643
N
5
D10975
AD108
KB92
O 3SA +2
K832
K7
K63
D1075
SA
N
S
O54255
W54254
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−16,015O 4 =6      420104−116,0
41,0126O 4 -11050      102−12−41,0
−38,0−122O 4 X =10      5901061238,0
−21,0−14O 3SA +25      460105121,0
47,0111W 3SA -2B100      103−11−47,0
−13,0−113O 3SA =2      4001011113,0
6
Ost / OW
K6
KB98
D75
A643
B854
AD2
K1092
107
6O
A932
10753
B8
D52
N/S 3SA =
D107
64
A643
KB98
SA
N43313
S43313
O
W
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
8,045N 2 +18110      104−4−8,0
14,056N 2 +3A150      102−5−14,0
−18,0−52N 2 -1B      50106518,0
−18,0−44S 2SA -12      50105418,0
10,011S 1SA +14120      103−1−10,0
4,0−13S 1SA =490      1011−4,0
7
Süd / alle
AD104
4
984
D10987
52
DB763
ADB
AK3
7
S
9
AK10952
10532
B6
O/W 6 =
KB8763
8
K76
542
SA
N
S
O661
W1661
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−5,015W 4 +110      650104−15,0
43,086S 4 -33      300102−8−43,0
−5,0−82W 5 =A      65010685,0
−11,0−14W 5 +1A      680105111,0
−11,001O 5 +1B      680103011,0
−11,003W 4 +28      680101011,0
8
West / -
KD102
42
DB4
DB107
984
AD
K97
98642
W8
AB76
B1093
A632
A
O/W 1 +2
53
K8765
1085
K53
SA
N
S
O23232
W23232
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
9,035N 1SA -26      100104−3−9,0
−2,006N 1 -3A      15010202,0
−2,002N 2 -3A      15010602,0
−11,0−34N 1 -4A      200105311,0
3,001W 1SA +1D      1201030−3,0
3,003W 1SA +1D      1201010−3,0
9
Nord / OW
A4
AKB732
1082
K6
8632
109
KD965
A9
N
9
K109
D8
AB3
D10874
N/S 3 =
DB75
654
74
B532
SA
N3
S3
O131
W131
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
20,024O 3 X -14200      102−2−20,0
−19,0−41N 4 -13      50105419,0
4,046N 1 +17110      103−4−4,0
−19,0−43N 3 -110      50106419,0
4,045N 1 +18110      101−4−4,0
10,0−22N 2 +17140      1042−10,0
10
Ost / alle
76542
A2
B654
KD
B984
AD1092
AB87
10O
AKDB9
K63
7
10965
O/W 3SA +2
1083
D1075
K83
432
SA
N
S
O53445
W53455
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
28,0−64O 2SA =5      1201026−28,0
−34,001O 3SA +15      630105034,0
−29,0−96O 3SA =5      600103929,0
20,093W 2SA +24      180106−9−20,0
−34,005O 3SA +15      630101034,0
49,062O 4 -110100      104−6−49,0
11
Süd / -
A10954
A7
D72
865
DB2
K842
643
AD3
11
S
K873
93
AKB
K972
O/W 3SA +1
6
DB1065
10985
B104
SA
N
S
O22234
W22234
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−2,0−64O 1SA +26      15010262,0
−35,0−81O 3SA =D      400105835,0
−35,0−106O 3SA =10      4001031035,0
26,0103O 3SA -1650      106−10−26,0
12,085N 1 -13      50101−8−12,0
34,062O 4 -2D100      104−6−34,0
12
West / NS
KD43
AK1076
52
B2
B72
3
AKB8764
84
W12
A1098
54
D9
K7653
O/W 5 X -2
65
DB982
103
AD109
SA
N141
S141
O3
W3
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−18,004N 4 -1A      100102018,0
−18,001N 4 -1D      100105018,0
14,0−106O 4 -38150      10310−14,0
58,0103S 4 =A620      106−10−58,0
−18,005W 3 =A      110101018,0
−18,002W 3 =A      110104018,0
13
Nord / alle
AD87
765
A1095
D4
B1065
ADB8
K7643
N
13
K92
K9
2
AB98765
O/W 1 +1
43
10432
DB8
K1032
SA
N
S
O2112
W21121
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−10,033O 3 =D      110105−310,0
−25,0−35N 1 X -1A      200103325,0
19,0−32O 3 -1D100      1013−19,0
−10,0−16O 3 =4      110104110,0
−7,014O 2 =D      90106−17,0
33,031O 3 -2D200      102−3−33,0
14
Ost / -
AB954
D5
63
B1083
D8762
63
K5
K542
14O
A1092
B9872
A976
N/S 2 +1
K103
KB874
AD104
D
SA
N1232
S132
O1
W1
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−13,0−53N 3SA -19      50105513,0
18,055N 3 =7140      103−5−18,0
3,032W 1 -1650      101−3−3,0
18,056S 2 +1K140      104−5−18,0
−13,0−54S 2 -17      50106513,0
−13,0−31N 3 -1A      50102313,0
15
Süd / NS
94
AK
K5432
AB52
10875
10953
6
9643
15
S
AB62
D764
DB10
K7
N/S 3SA =
KD3
B82
A987
D108
SA
N34113
S34113
O
W
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−3,0−23W 2 -1250      10523,0
10,025S 2 +210130      103−2−10,0
14,082N 1 +44150      101−8−14,0
10,016S 3 +13130      104−1−10,0
6,0−14S 2 +15110      1061−6,0
−37,0−81N 3SA -24      200102837,0
16
West / OW
K
B108743
KD9853
KD85
B106542
D6
10
W16
A64
A873
AK9
742
N/S 5 X -2
B109732
D9
52
AB6
SA
N32
S32
O421
W421
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
18,093W 3 +2K      200105−9−18,0
−31,0−95O 4 =B      620103931,0
−36,0−12O 4 +110      650101136,0
54,076N 3 +2A150      104−7−54,0
26,0−74S 3 -310      1501067−26,0
−31,011O 4 =A      620102−131,0
17
Nord / -
D4
KD54
A954
KD6
6
862
B863
108543
N
17
B85
B107
K107
AB72
N/S 6SA =
AK109732
A93
D2
9
SA
N13666
S12666
O
W
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−1,002N 3SA +32490      10301,0
5,014S 4 +36510      101−1−5,0
−1,0−11N 4 +22480      10411,0
−1,003N 4 +2A480      10201,0
−1,006S 4 +24480      10501,0
−1,005S 4 +24480      10601,0
18
Ost / NS
A86
D87
KB10
DB54
1072
AB1042
D
AK82
18O
B943
K953
876
106
O/W 3 =
KD5
6
A95432
973
SA
N13
S13
O31
W31
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
−18,022W 3 =8      140103−218,0
17,0−14W 3 -2A100      1011−17,0
23,011S 3 +14130      104−1−23,0
−27,0−23N 2 -2K      200102227,0
−12,0−56W 2 =D      110105512,0
17,055W 3 -2D100      106−5−17,0
19
Süd / OW
AKD
532
K1042
1062
942
B8
973
K8754
19
S
B8763
A4
AD865
A
N/S 2 +1
105
KD10976
B
DB93
SA
N232
S232
O11
W11
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
11,052O 3SA -3K300      103−5−11,0
26,0−24S 4 =5420      1012−26,0
36,021O 3 X -2K500      104−2−36,0
−18,0−53O 3 -1B100      102518,0
−46,0−76O 2 +110      140105746,0
−9,075S 3 +15170      106−79,0
20
West / alle
AD
AD108
10542
1054
10963
K742
B87
B6
W20
852
B9
AKD3
A983
N/S 1SA +1
KB74
653
96
KD72
SA
N21212
S21212
O
W
Paar IMPImpsNSKontraktAussp.ErgebnisOWImpsPaar IMP
5,0−32N 2 =A110      1033−5,0
−24,0−64S 1 -12      100101624,0
11,061S 2SA +16150      104−6−11,0
21,033O 1SA -24200      102−3−21,0
−24,0−66S 2 -1B      100105624,0
11,065N 2 +1A140      106−6−11,0