Wanaka Bridge Club : Detailed data for Wanaka Open Pairs

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pairs, sec b

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Datum value is the average score. Where a bracketed value is included this is calculated without the outliers.

Detailed data for

Wanaka Open Pairs 26 April

Pair 1

Section b

Anna Elms
Lynda Baker

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 1 scr	MPs
1	1	EW	3	S	A	-1	16	050	15
2	1	EW	4	E	8	+2	16	480	27
3	14	NS	2	W	T	+2	1	-170	19
4	14	NS	4	W	5	+1	1	-650	10
5	15	EW	4	N	K	-1	2	100	30
6	15	EW	4	W	2	-1	2	-100	9
7	12	EW	3	W	5	-1	11	-100	11
8	12	EW	2 NT	S	A	+1	11	-150	17
9	4	NS	2	S	T	+1	1	140	13
10	4	NS	2 NT	E	3	-1	1	100	10
11	13	NS	4 x	S	5	=	1	590	33
12	13	NS	4	N	A	=	1	620	7
13	5	EW	3 NT	E	J	-2	13	-200	3
14	5	EW	3	N	K	=	13	-140	7
15	3	NS	3 NT	S	6	=	1	600	25
16	3	NS	5	S	6	-2	1	-100	9
17	2	NS	3 x	E	A	-1	1	100	31
18	2	NS	4	E	8	=	1	-420	18
19	8	NS	3 NT	W	4	-2	1	200	36
20	8	NS	2	S	2	+3	1	200	11
21	10	EW	3 NT	W	4	+1	7	430	25
22	10	EW	4	S	4	=	7	-420	7
23	7	EW	4	S	A	-2	5	200	34
24	7	EW	3 NT	N	3	+2	5	-460	13
25	9	EW	5	W	T	-1	14	-100	29
26	9	EW	3 NT	E	6	+2	14	660	19
27	6	EW	2	E	9	+2	9	170	29
28	6	EW	3 NT	N	3	+3	9	-690	4
29	11	NS	3 NT	E	3	+3	1	-690	1
30	11	NS	4	W	3	-3	1	150	26

Pair 2

Section b

Anne M McGregor
Ernie Sutton

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 2 scr	MPs
1	12	NS	4 x	E	K	=	2	-590	1
2	12	NS	3 NT	E	3	+3	2	-490	4
3	2	EW	3 NT	W	T	+1	16	630	32
4	2	EW	4	E	6	-1	16	-100	8
5	15	NS	4	N	K	-1	2	-100	6
6	15	NS	4	W	2	-1	2	100	27
7	1	EW	3	W	6	-1	3	-100	11
8	1	EW	1 NT	S	K	+2	3	-150	17
9	13	EW	4	N	K	-1	12	050	35
10	13	EW	2 NT	E	4	-1	12	-100	26
11	5	NS	4 x	S	Q	=	2	590	33
12	5	NS	4	N	3	+1	2	650	20
13	14	NS	3	W	5	-1	2	100	24
14	14	NS	2	N	3	=	2	110	22
15	6	EW	3 NT	S	2	=	14	-600	11
16	6	EW	3	S	5	=	14	-110	11
17	4	NS	2	E	K	-1	2	050	27
18	4	NS	2 NT	E	8	+2	2	-180	24
19	3	NS	2	S	7	-2	2	-100	20
20	3	NS	2	S	K	+4	2	230	16
21	9	NS	3 NT	W	4	=	2	-400	23
22	9	NS	4	S	5	=	2	420	29
23	11	EW	4	N	3	=	8	-620	5
24	11	EW	3 NT	N	3	+3	8	-490	1
25	8	EW	6 x	N	Q	=	6	-1090	5
26	8	EW	3 NT	E	J	+2	6	660	19
27	10	EW	1 NT	W	5	=	15	090	15
28	10	EW	5	S	T	+1	15	-680	9
29	7	EW	3 NT	E	Q	+2	10	660	25
30	7	EW	4	W		-1	10	-50	18

Pair 3

Section b

Ian Chamberlain
Bruce Batchelor

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 3 scr	MPs
1	8	EW	3	E	K	+1	11	170	26
2	8	EW	4	W	6	+2	11	480	27
3	13	NS	4	W	T	-1	3	100	35
4	13	NS	3 NT	E	5	=	3	-600	21
5	3	EW	4	N	A	-1	16	100	30
6	3	EW	3	W	K	-1	16	-100	9
7	1	NS	3	W	6	-1	3	100	25
8	1	NS	1 NT	S	K	+2	3	150	19
9	2	EW	2	S	6	+1	4	-140	23
10	2	EW	2 NT	E	4	-1	4	-100	26
11	14	EW	4	S	Q	-1	13	050	27
12	14	EW	4	N	4	+1	13	-650	16
13	6	NS	2 NT	E	6	+2	3	-180	6
14	6	NS	4	S	T	-2	3	-100	5
15	15	NS	3 NT	S	9	-1	3	-100	3
16	15	NS	3	N		-1	3	-50	18
17	7	EW	3	S	T	-1	15	050	17
18	7	EW	4	W	7	+1	15	450	27
19	5	NS	2	S	7	-3	3	-150	9
20	5	NS	4	S	8	+1	3	650	27
21	4	NS	3 NT	W	3	+2	3	-460	2
22	4	NS	7 x	N	J	-3	3	-500	2
23	10	NS	3	N	8	+1	3	170	22
24	10	NS	3 NT	N	3	+2	3	460	23
25	12	EW	6 x	N	A	=	9	-1090	5
26	12	EW	3 NT	E	J	+3	9	690	34
27	9	EW	2	E	9	=	7	110	18
28	9	EW	4	S	T	+2	7	-680	9
29	11	EW	3 NT	E	3	+3	1	690	35
30	11	EW	4	W	3	-3	1	-150	10

Pair 4

Section b

Sheryl Strudwick
Nan Ottrey

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 4 scr	MPs
1	12	EW	4 x	E	K	=	2	590	35
2	12	EW	3 NT	E	3	+3	2	490	32
3	9	EW	2	W	T	+2	12	170	17
4	9	EW	5	E	4	-2	12	-200	1
5	14	NS	4	S	A	+1	4	150	28
6	14	NS	4	S	3	-2	4	-100	19
7	4	EW	3 x	S	A	-3	16	800	36
8	4	EW	3 NT	S	2	=	16	-400	5
9	2	NS	2	S	6	+1	4	140	13
10	2	NS	2 NT	E	4	-1	4	100	10
11	3	EW	4 x	S	Q	=	5	-590	3
12	3	EW	5	N	A	+1	5	-680	4
13	15	EW	3 NT	E	2	-2	14	-200	3
14	15	EW	3	N	7	=	14	-140	7
15	7	NS	3 NT	S	2	-1	4	-100	3
16	7	NS	5	N	A	-1	4	-50	18
17	1	NS	3	S	T	-1	4	-50	19
18	1	NS	4	W	8	+1	4	-450	9
19	8	EW	3 NT	W	4	-2	1	-200	0
20	8	EW	2	S	2	+3	1	-200	25
21	6	NS	3 NT	E	4	+1	4	-430	11
22	6	NS	3 NT	N	Q	=	4	400	24
23	5	NS	3	S	7	=	4	140	20
24	5	NS	3 NT	N	3	=	4	400	4
25	11	NS	6 x	N	A	=	4	1090	31
26	11	NS	3 NT	E	3	+2	4	-660	17
27	13	EW	2 NT	W	J	-3	10	-150	4
28	13	EW	3 NT	N	A	+3	10	-690	4
29	10	EW	3 NT	E	5	+1	8	630	11
30	10	EW	5 x	N	A	-1	8	100	23

Pair 5

Section b

Brian McCandless
Heather Olsen

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 5 scr	MPs
1	11	EW	4	E	A	=	9	420	31
2	11	EW	6	W	J	=	9	980	36
3	13	EW	4	W	T	-1	3	-100	1
4	13	EW	3 NT	E	5	=	3	600	15
5	10	EW	3	S	8	+1	13	-130	18
6	10	EW	3	S		-2	13	100	17
7	15	NS	3	W	6	-1	5	100	25
8	15	NS	3 NT	S	A	+1	5	430	35
9	5	EW	4	W	9	-2	16	-200	1
10	5	EW	3 NT	E	4	-2	16	-200	13
11	3	NS	4 x	S	Q	=	5	590	33
12	3	NS	5	N	A	+1	5	680	32
13	4	EW	4	W	6	-2	6	-200	3
14	4	EW	3	S	2	=	6	-140	7
15	1	EW	3 NT	S	6	=	15	-600	11
16	1	EW	3	E	Q	-2	15	-200	0
17	8	NS	1 x	E	A	=	5	-160	4
18	8	NS	4	E	7	+1	5	-450	9
19	2	NS	1 NT	S	5	-3	5	-150	9
20	2	NS	2	N	K	+3	5	200	11
21	9	EW	3 NT	W	4	=	2	400	13
22	9	EW	4	S	5	=	2	-420	7
23	7	NS	4	S	A	-2	5	-200	2
24	7	NS	3 NT	N	3	+2	5	460	23
25	6	NS	5 x	N	A	+1	5	650	20
26	6	NS	3 NT	E	6	+2	5	-660	17
27	12	NS	3 NT	W	J	=	5	-400	2
28	12	NS	3 NT	N	K	-2	5	-200	3
29	14	EW	3 NT	E	3	+2	11	660	25
30	14	EW	5 x	S	2	-1	11	100	23

Pair 6

Section b

Phillip Hensman
Kevin Skoropada

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 6 scr	MPs
1	15	EW	5	N	A	-1	12	050	15
2	15	EW	3 NT	E	5	+2	12	460	19
3	12	EW	4	W	4	+1	10	650	36
4	12	EW	3 NT	W	J	+2	10	660	32
5	14	EW	4	S	A	+1	4	-150	8
6	14	EW	4	S	3	-2	4	100	17
7	11	EW	5	W	6	-1	14	-100	11
8	11	EW	3	S	K	+1	14	-130	29
9	1	NS	1 NT	S	6	+2	6	150	22
10	1	NS	3 NT	E	7	-2	6	200	23
11	6	EW	5	W	K	-2	16	-100	23
12	6	EW	4	N	7	+1	16	-650	16
13	4	NS	4	W	6	-2	6	200	33
14	4	NS	3	S	2	=	6	140	29
15	5	EW	3 NT	N	J	+1	7	-630	1
16	5	EW	3	N	A	=	7	-110	11
17	2	EW	3 x	E	A	-1	1	-100	5
18	2	EW	4	E	8	=	1	420	18
19	9	NS	2	W	K	+2	6	-130	16
20	9	NS	4	N	K	+1	6	650	27
21	3	NS	3 NT	W	4	=	6	-400	23
22	3	NS	3 NT	S	J	+1	6	430	34
23	10	EW	3	N	8	+1	3	-170	14
24	10	EW	3 NT	N	3	+2	3	-460	13
25	8	NS	6 x	N	Q	=	6	1090	31
26	8	NS	3 NT	E	J	+2	6	-660	17
27	7	NS	2 NT	W	J	+1	6	-150	12
28	7	NS	3 NT	N	A	-2	6	-200	3
29	13	NS	3 NT	E	8	+2	6	-660	11
30	13	NS	5 x	S	K	-2	6	-300	6

Pair 7

Section b

Neil Marshall
Marc Simmonds

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 7 scr	MPs
1	14	NS	3	E	A	+1	7	-170	10
2	14	NS	3 NT	E	5	+2	7	-460	17
3	1	EW	1 NT	S	7	=	13	-90	4
4	1	EW	3 NT	W	5	+3	13	690	36
5	13	EW	4	N	3	=	11	-620	1
6	13	EW	4	W	6	-1	11	-100	9
7	15	EW	3	W	6	-1	5	-100	11
8	15	EW	3 NT	S	A	+1	5	-430	1
9	12	EW	2	N	Q	+1	15	-140	23
10	12	EW	2 NT	E	T	-1	15	-100	26
11	2	NS	2	S	A	+2	7	170	24
12	2	NS	5	N	2	=	7	650	20
13	7	EW	2 NT	E	6	+1	16	150	22
14	7	EW	4	N	7	-2	16	100	31
15	5	NS	3 NT	N	J	+1	7	630	35
16	5	NS	3	N	A	=	7	110	25
17	6	EW	3	S	T	-1	8	050	17
18	6	EW	4	W	9	+2	8	480	34
19	3	EW	2	S	7	-2	2	100	16
20	3	EW	2	S	K	+4	2	-230	20
21	10	NS	3 NT	W	4	+1	7	-430	11
22	10	NS	4	S	4	=	7	420	29
23	4	NS	4	S	6	=	7	130	18
24	4	NS	3 NT	N	3	+1	7	430	11
25	11	EW	6 x	N	A	=	4	-1090	5
26	11	EW	3 NT	E	3	+2	4	660	19
27	9	NS	2	E	9	=	7	-110	18
28	9	NS	4	S	T	+2	7	680	27
29	8	NS	3 NT	E	5	+1	7	-630	25
30	8	NS	3	E	4	=	7	-110	10

Pair 8

Section b

Hamish McDonald
Jos Van Hees

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 8 scr	MPs
1	9	NS	5	N	A	-1	8	-50	21
2	9	NS	3	E	A	+2	8	-200	30
3	15	NS	3	W	T	+2	8	-200	13
4	15	NS	4	E	9	-1	8	100	28
5	2	EW	4	N	K	-1	14	100	30
6	2	EW	3	W	J	=	14	140	22
7	14	EW	3	W	6	=	12	110	20
8	14	EW	2 NT	N	K	+1	12	-150	17
9	1	EW	1 NT	S	6	+2	6	-150	14
10	1	EW	3 NT	E	7	-2	6	-200	13
11	13	EW	4 x	S	5	=	1	-590	3
12	13	EW	4	N	A	=	1	-620	29
13	3	NS	3 NT	E	J	=	8	-600	4
14	3	NS	4	N	7	-1	8	-50	14
15	8	EW	3	S	9	+1	16	-130	22
16	8	EW	3	N	K	+1	16	-130	5
17	6	NS	3	S	T	-1	8	-50	19
18	6	NS	4	W	9	+2	8	-480	2
19	7	EW	3	W	K	+2	9	150	27
20	7	EW	2	N	K	+1	9	-140	34
21	4	EW	3 NT	W	3	+2	3	460	34
22	4	EW	7 x	N	J	-3	3	500	34
23	11	NS	4	N	3	=	8	620	31
24	11	NS	3 NT	N	3	+3	8	490	35
25	5	NS	5	N	A	+1	8	420	17
26	5	NS	3 NT	E	J	+2	8	-660	17
27	12	EW	3 NT	W	J	=	5	400	34
28	12	EW	3 NT	N	K	-2	5	200	33
29	10	NS	3 NT	E	5	+1	8	-630	25
30	10	NS	5 x	N	A	-1	8	-100	13

Pair 9

Section b

Kirsten Bylett
Judy Briggs

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 9 scr	MPs
1	11	NS	4	E	A	=	9	-420	5
2	11	NS	6	W	J	=	9	-980	0
3	10	NS	4	E	K	=	9	-620	8
4	10	NS	3 NT	W	5	+1	9	-630	15
5	1	NS	3	N	A	=	9	140	22
6	1	NS	4	W	K	=	9	-620	0
7	3	EW	3	S	A	-3	15	300	25
8	3	EW	2 NT	S	A	+1	15	-150	17
9	15	EW	2	N	3	+1	13	-140	23
10	15	EW	3 NT	E	4	-2	13	-200	13
11	2	EW	2	S	A	+2	7	-170	12
12	2	EW	5	N	2	=	7	-650	16
13	14	EW	3	W	5	-1	2	-100	12
14	14	EW	2	N	3	=	2	-110	14
15	4	NS	1 NT	S	J	+1	9	120	11
16	4	NS	3	N	A	+1	9	130	31
17	9	EW	4	N	A	-2	16	100	27
18	9	EW	4	W	A	+1	16	450	27
19	7	NS	3	W	K	+2	9	-150	9
20	7	NS	2	N	K	+1	9	140	2
21	8	EW	3 NT	E	4	+1	10	430	25
22	8	EW	4	S	4	-1	10	050	18
23	5	EW	3	S	7	=	4	-140	16
24	5	EW	3 NT	N	3	=	4	-400	32
25	12	NS	6 x	N	A	=	9	1090	31
26	12	NS	3 NT	E	J	+3	9	-690	2
27	6	NS	2	E	9	+2	9	-170	7
28	6	NS	3 NT	N	3	+3	9	690	32
29	13	EW	3 NT	E	8	+2	6	660	25
30	13	EW	5 x	S	K	-2	6	300	30

Pair 10

Section b

Sonya Adams
Bridget McCaughan

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 10 scr	MPs
1	14	EW	3	E	A	+1	7	170	26
2	14	EW	3 NT	E	5	+2	7	460	19
3	12	NS	4	W	4	+1	10	-650	0
4	12	NS	3 NT	W	J	+2	10	-660	4
5	11	NS	3 NT	N	5	-2	10	-200	1
6	11	NS	4	W	6	-1	10	100	27
7	2	NS	5	E	K	-3	10	300	36
8	2	NS	3 NT	S	A	+1	10	430	35
9	4	EW	2	S	T	+1	1	-140	23
10	4	EW	2 NT	E	3	-1	1	-100	26
11	1	EW	3	E	6	-2	14	-100	23
12	1	EW	4	N	7	+1	14	-650	16
13	3	EW	3 NT	E	J	=	8	600	32
14	3	EW	4	N	7	-1	8	050	22
15	15	EW	3 NT	S	9	-1	3	100	33
16	15	EW	3	N		-1	3	050	18
17	5	NS	3	S	T	-1	10	-50	19
18	5	NS	4	E	8	=	10	-420	18
19	10	EW	1 NT	S	5	-3	16	150	27
20	10	EW	4	S	9	+1	16	-650	9
21	8	NS	3 NT	E	4	+1	10	-430	11
22	8	NS	4	S	4	-1	10	-50	18
23	9	EW	3	W	9	+1	11	170	31
24	9	EW	3 NT	N	7	=	11	-400	32
25	6	EW	5 x	N	A	+1	5	-650	16
26	6	EW	3 NT	E	6	+2	5	660	19
27	13	NS	2 NT	W	J	-3	10	150	32
28	13	NS	3 NT	N	A	+3	10	690	32
29	7	NS	3 NT	E	Q	+2	10	-660	11
30	7	NS	4	W		-1	10	050	18

Pair 11

Section b

Jo Harry
Lynne Ellis

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 11 scr	MPs
1	8	NS	3	E	K	+1	11	-170	10
2	8	NS	4	W	6	+2	11	-480	9
3	15	EW	3	W	T	+2	8	200	23
4	15	EW	4	E	9	-1	8	-100	8
5	13	NS	4	N	3	=	11	620	35
6	13	NS	4	W	6	-1	11	100	27
7	12	NS	3	W	5	-1	11	100	25
8	12	NS	2 NT	S	A	+1	11	150	19
9	3	NS	2	E	5	-2	11	200	35
10	3	NS	2 NT	E	4	=	11	-120	0
11	5	EW	4 x	S	Q	=	2	-590	3
12	5	EW	4	N	3	+1	2	-650	16
13	2	EW	2 NT	E	8	-1	15	-100	12
14	2	EW	3	N	7	=	15	-140	7
15	4	EW	1 NT	S	J	+1	9	-120	25
16	4	EW	3	N	A	+1	9	-130	5
17	1	EW	3	S	T	-1	4	050	17
18	1	EW	4	W	8	+1	4	450	27
19	6	NS	2 NT	W	K	+2	11	-180	2
20	6	NS	4	S	8	+1	11	650	27
21	11	EW	6 NT	W	3	-2	16	-100	1
22	11	EW	4	S	4	=	16	-420	7
23	9	NS	3	W	9	+1	11	-170	5
24	9	NS	3 NT	N	7	=	11	400	4
25	10	EW	7	N	A	-1	12	050	32
26	10	EW	3 NT	E	6	+2	12	660	19
27	7	EW	2 NT	W	J	+1	6	150	24
28	7	EW	3 NT	N	A	-2	6	200	33
29	14	NS	3 NT	E	3	+2	11	-660	11
30	14	NS	5 x	S	2	-1	11	-100	13

Pair 12

Section b

Peter Hall
Graeme Stout

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 12 scr	MPs
1	15	NS	5	N	A	-1	12	-50	21
2	15	NS	3 NT	E	5	+2	12	-460	17
3	9	NS	2	W	T	+2	12	-170	19
4	9	NS	5	E	4	-2	12	200	35
5	1	EW	3	N	A	=	9	-140	14
6	1	EW	4	W	K	=	9	620	36
7	14	NS	3	W	6	=	12	-110	16
8	14	NS	2 NT	N	K	+1	12	150	19
9	13	NS	4	N	K	-1	12	-50	1
10	13	NS	2 NT	E	4	-1	12	100	10
11	4	NS	5	W	7	-3	12	150	19
12	4	NS	4	N	5	+2	12	680	32
13	6	EW	2 NT	E	6	+2	3	180	30
14	6	EW	4	S	T	-2	3	100	31
15	3	EW	3 NT	S	6	=	1	-600	11
16	3	EW	5	S	6	-2	1	100	27
17	5	EW	3	S	T	-1	10	050	17
18	5	EW	4	E	8	=	10	420	18
19	2	EW	1 NT	S	5	-3	5	150	27
20	2	EW	2	N	K	+3	5	-200	25
21	7	NS	3 NT	E	3	+1	12	-430	11
22	7	NS	6	N	Q	-2	12	-100	11
23	12	EW	2	W	9	+2	16	170	31
24	12	EW	3 NT	N	7	=	16	-400	32
25	10	NS	7	N	A	-1	12	-50	4
26	10	NS	3 NT	E	6	+2	12	-660	17
27	11	EW	4	W	A	=	13	420	36
28	11	EW	6	S	T	=	13	-1430	0
29	8	EW	3 NT	E	5	+1	7	630	11
30	8	EW	3	E	4	=	7	110	26

Pair 13

Section b

Ken Roberts
Georgie Roberts

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 13 scr	MPs
1	9	EW	5	N	A	-1	8	050	15
2	9	EW	3	E	A	+2	8	200	6
3	1	NS	1 NT	S	7	=	13	090	32
4	1	NS	3 NT	W	5	+3	13	-690	0
5	10	NS	3	S	8	+1	13	130	18
6	10	NS	3	S		-2	13	-100	19
7	2	EW	5	E	K	-3	10	-300	0
8	2	EW	3 NT	S	A	+1	10	-430	1
9	15	NS	2	N	3	+1	13	140	13
10	15	NS	3 NT	E	4	-2	13	200	23
11	14	NS	4	S	Q	-1	13	-50	9
12	14	NS	4	N	4	+1	13	650	20
13	5	NS	3 NT	E	J	-2	13	200	33
14	5	NS	3	N	K	=	13	140	29
15	7	EW	3 NT	S	2	-1	4	100	33
16	7	EW	5	N	A	-1	4	050	18
17	4	EW	2	E	K	-1	2	-50	9
18	4	EW	2 NT	E	8	+2	2	180	12
19	6	EW	2 NT	W	K	+2	11	180	34
20	6	EW	4	S	8	+1	11	-650	9
21	3	EW	3 NT	W	4	=	6	400	13
22	3	EW	3 NT	S	J	+1	6	-430	2
23	8	NS	3	S	2	-1	13	-100	11
24	8	NS	3 NT	S	5	+2	13	460	23
25	13	EW	7 x	N	A	-1	16	100	34
26	13	EW	3 NT	E	6	+2	16	660	19
27	11	NS	4	W	A	=	13	-420	0
28	11	NS	6	S	T	=	13	1430	36
29	12	EW	3 NT	E	5	+1	14	630	11
30	12	EW	4	W	A	=	14	420	33

Pair 14

Section b

Tracey Gieck
Andrew Shaw

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 14 scr	MPs
1	13	EW	5	N	A	-1	15	050	15
2	13	EW	5	W	6	+1	15	420	10
3	10	EW	4	E	K	=	9	620	28
4	10	EW	3 NT	W	5	+1	9	630	21
5	2	NS	4	N	K	-1	14	-100	6
6	2	NS	3	W	J	=	14	-140	14
7	11	NS	5	W	6	-1	14	100	25
8	11	NS	3	S	K	+1	14	130	7
9	3	EW	2	E	5	-2	11	-200	1
10	3	EW	2 NT	E	4	=	11	120	36
11	1	NS	3	E	6	-2	14	100	13
12	1	NS	4	N	7	+1	14	650	20
13	15	NS	3 NT	E	2	-2	14	200	33
14	15	NS	3	N	7	=	14	140	29
15	6	NS	3 NT	S	2	=	14	600	25
16	6	NS	3	S	5	=	14	110	25
17	8	EW	1 x	E	A	=	5	160	32
18	8	EW	4	E	7	+1	5	450	27
19	5	EW	2	S	7	-3	3	150	27
20	5	EW	4	S	8	+1	3	-650	9
21	7	EW	3 NT	E	3	+1	12	430	25
22	7	EW	6	N	Q	-2	12	100	25
23	4	EW	4	S	6	=	7	-130	18
24	4	EW	3 NT	N	3	+1	7	-430	25
25	9	NS	5	W	T	-1	14	100	7
26	9	NS	3 NT	E	6	+2	14	-660	17
27	14	EW	1 NT	W	5	=	16	090	15
28	14	EW	4	N	A	+1	16	-650	14
29	12	NS	3 NT	E	5	+1	14	-630	25
30	12	NS	4	W	A	=	14	-420	3

Pair 15

Section b

Maggie Stratford
Paul Cushnie

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 15 scr	MPs
1	13	NS	5	N	A	-1	15	-50	21
2	13	NS	5	W	6	+1	15	-420	26
3	14	EW	2	W	T	+2	1	170	17
4	14	EW	4	W	5	+1	1	650	26
5	11	EW	3 NT	N	5	-2	10	200	35
6	11	EW	4	W	6	-1	10	-100	9
7	3	NS	3	S	A	-3	15	-300	11
8	3	NS	2 NT	S	A	+1	15	150	19
9	12	NS	2	N	Q	+1	15	140	13
10	12	NS	2 NT	E	T	-1	15	100	10
11	4	EW	5	W	7	-3	12	-150	17
12	4	EW	4	N	5	+2	12	-680	4
13	2	NS	2 NT	E	8	-1	15	100	24
14	2	NS	3	N	7	=	15	140	29
15	1	NS	3 NT	S	6	=	15	600	25
16	1	NS	3	E	Q	-2	15	200	36
17	7	NS	3	S	T	-1	15	-50	19
18	7	NS	4	W	7	+1	15	-450	9
19	9	EW	2	W	K	+2	6	130	20
20	9	EW	4	N	K	+1	6	-650	9
21	6	EW	3 NT	E	4	+1	4	430	25
22	6	EW	3 NT	N	Q	=	4	-400	12
23	8	EW	3	S	2	-1	13	100	25
24	8	EW	3 NT	S	5	+2	13	-460	13
25	5	EW	5	N	A	+1	8	-420	19
26	5	EW	3 NT	E	J	+2	8	660	19
27	10	NS	1 NT	W	5	=	15	-90	21
28	10	NS	5	S	T	+1	15	680	27
29	15	EW	3 NT	E	5	+2	16	660	25
30	15	EW	4	E	4	-4	16	-200	5

Pair 16

Section b

Elspeth Welsh
Elwyn Hughes

Bd	Rd	Pos	Con	Dc	Ld	Res	NS	Pair 16 scr	MPs
1	1	NS	3	S	A	-1	16	-50	21
2	1	NS	4	E	8	+2	16	-480	9
3	2	NS	3 NT	W	T	+1	16	-630	4
4	2	NS	4	E	6	-1	16	100	28
5	3	NS	4	N	A	-1	16	-100	6
6	3	NS	3	W	K	-1	16	100	27
7	4	NS	3 x	S	A	-3	16	-800	0
8	4	NS	3 NT	S	2	=	16	400	31
9	5	NS	4	W	9	-2	16	200	35
10	5	NS	3 NT	E	4	-2	16	200	23
11	6	NS	5	W	K	-2	16	100	13
12	6	NS	4	N	7	+1	16	650	20
13	7	NS	2 NT	E	6	+1	16	-150	14
14	7	NS	4	N	7	-2	16	-100	5
15	8	NS	3	S	9	+1	16	130	14
16	8	NS	3	N	K	+1	16	130	31
17	9	NS	4	N	A	-2	16	-100	9
18	9	NS	4	W	A	+1	16	-450	9
19	10	NS	1 NT	S	5	-3	16	-150	9
20	10	NS	4	S	9	+1	16	650	27
21	11	NS	6 NT	W	3	-2	16	100	35
22	11	NS	4	S	4	=	16	420	29
23	12	NS	2	W	9	+2	16	-170	5
24	12	NS	3 NT	N	7	=	16	400	4
25	13	NS	7 x	N	A	-1	16	-100	2
26	13	NS	3 NT	E	6	+2	16	-660	17
27	14	NS	1 NT	W	5	=	16	-90	21
28	14	NS	4	N	A	+1	16	650	22
29	15	NS	3 NT	E	5	+2	16	-660	11
30	15	NS	4	E	4	-4	16	200	31