Results for 1 December 2006

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6 table Mitchell

Position

Pair
No.

Match Points

Master
Points

North/South

Pauline Hepworth & Steve Lock

57.92

139.0/240

Anne & David Hughes

51.67

124.0/240

Margaret Clemie & Richard Proctor

51.25

123.0/240

Leonie Lockhart & Pam Walker

49.58

119.0/240

Steve Foster & John Lavecky

48.75

117.0/240

Jean Virley & Alan Stein

40.83

98.0/240

East/West

Vivienne Finch & Prasannajit de Silva

65.00

156.0/240

Derek East & George E Gillespie

47.92

115.0/240

Joan Young & Mavis Proctor

47.50

114.0/240

Cecile & Edward Bradley

46.67

112.0/240

Shirley Linfoot & Ron Munro

46.67

112.0/240

Tony Quilley & David MacCallum

46.25

111.0/240

Travellers

Brd	NS	EW	Contract	Made	Score	NS MP	EW MP
1	1	1	2H by E	10	-170	7.0	3.0
1	2	3	4H by E	11	-450	2.0	8.0
1	3	5	2H by E	10	-170	7.0	3.0
1	4	2	4H by E	11	-450	2.0	8.0
1	5	4	2D by W	6	100	10.0	0.0
1	6	6	4H by E	11	-450	2.0	8.0

2	1	1	1NX by E	5	300	6.0	4.0
2	2	3	1NX by E	5	300	6.0	4.0
2	3	5	1NX by E	5	300	6.0	4.0
2	4	2	2HX by E	5	500	10.0	0.0
2	5	4	1N by N	9	150	2.0	8.0
2	6	6	1NX by E	6	100	0.0	10.0

3	1	1	3N by S	6	-150	0.0	10.0
3	2	3	3N by S	11	460	10.0	0.0
3	3	5	3D by N	10	130	2.0	8.0
3	4	2	3N by S	9	400	5.0	5.0
3	5	4	3N by S	10	430	8.0	2.0
3	6	6	3N by S	9	400	5.0	5.0

4	1	1	5DX by N	11	750	10.0	0.0
4	2	3	4C by E	11	-150	5.0	5.0
4	3	5	3C by E	11	-150	5.0	5.0
4	4	2	6CX by E	11	200	8.0	2.0
4	5	4	5C by E	11	-600	1.0	9.0
4	6	6	5C by E	11	-600	1.0	9.0

5	1	6	6C by S	12	1370	9.0	1.0
5	2	2	5S by S	11	650	4.0	6.0
5	3	4	5C by S	11	600	0.0	10.0
5	4	1	3N by S	11	660	6.0	4.0
5	5	3	6C by S	12	1370	9.0	1.0
5	6	5	3N by S	10	630	2.0	8.0

6	1	6	5D by S	9	-100	1.0	9.0
6	2	2	4D by S	9	-50	4.0	6.0
6	3	4	3N by N	10	430	9.0	1.0
6	4	1	5D by S	9	-100	1.0	9.0
6	5	3	3N by N	10	430	9.0	1.0
6	6	5	3N by S	9	400	6.0	4.0

7	1	6	6S by S	13	1460	10.0	0.0
7	2	2	3N by N	13	720	8.0	2.0
7	3	4	4S by S	11	650	2.0	8.0
7	4	1	4S by S	12	680	4.0	6.0
7	5	3	3N by N	10	630	0.0	10.0
7	6	5	4S by S	13	710	6.0	4.0

8	1	6	2H by N	9	140	10.0	0.0
8	2	2	2H by N	7	-50	1.0	9.0
8	3	4	2H by N	8	110	6.0	4.0
8	4	1	2H by N	8	110	6.0	4.0
8	5	3	2H by N	8	110	6.0	4.0
8	6	5	2D by N	7	-50	1.0	9.0

Brd	NS	EW	Contract	Made	Score	NS MP	EW MP
9	1	5	3N by W	12	-690	0.0	10.0
9	2	1	3N by W	10	-630	6.0	4.0
9	3	3	3N by W	10	-630	6.0	4.0
9	4	6	3N by E	10	-630	6.0	4.0
9	5	2	3N by E	11	-660	2.0	8.0
9	6	4	1NX by S	4	-500	10.0	0.0

10	1	5	3C by N	10	130	0.0	10.0
10	2	1	4S by S	11	650	10.0	0.0
10	3	3	1N by W	2	500	6.0	4.0
10	4	6	2S by S	10	170	2.0	8.0
10	5	2	4S by S	10	620	8.0	2.0
10	6	4	2D by W	6	200	4.0	6.0

11	1	5	4H by N	11	450	6.0	4.0
11	2	1	5H by N	11	450	6.0	4.0
11	3	3	5H by N	11	450	6.0	4.0
11	4	6	4H by N	11	450	6.0	4.0
11	5	2	4H by N	11	450	6.0	4.0
11	6	4	4H by N	10	420	0.0	10.0

12	1	5	3N by W	8	50	10.0	0.0
12	2	1	4S by W	12	-480	2.0	8.0
12	3	3	4S by W	10	-420	8.0	2.0
12	4	6	4S by W	12	-480	2.0	8.0
12	5	2	4S by W	12	-480	2.0	8.0
12	6	4	4S by W	11	-450	6.0	4.0

13	1	4	3N by N	10	630	8.0	2.0
13	2	6	4S by S	8	-200	0.0	10.0
13	3	2	3N by N	9	600	3.0	7.0
13	4	5	3N by N	9	600	3.0	7.0
13	5	1	3N by N	10	630	8.0	2.0
13	6	3	3N by N	10	630	8.0	2.0

14	1	4	4S by N	10	420	10.0	0.0
14	2	6	3S by S	10	170	8.0	2.0
14	3	2	4S by S	9	-50	4.0	6.0
14	4	5	4S by S	9	-50	4.0	6.0
14	5	1	4S by S	9	-50	4.0	6.0
14	6	3	4S by N	8	-100	0.0	10.0

15	1	4	2S by E	9	-140	5.0	5.0
15	2	6	4DX by N	9	-200	0.0	10.0
15	3	2	2S by E	9	-140	5.0	5.0
15	4	5	4S by E	9	50	10.0	0.0
15	5	1	3S by E	9	-140	5.0	5.0
15	6	3	3S by E	9	-140	5.0	5.0

16	1	4	2S by N	9	140	8.0	2.0
16	2	6	2S by N	7	-50	2.0	8.0
16	3	2	1N by N	4	-150	0.0	10.0
16	4	5	1N by N	8	120	4.0	6.0
16	5	1	2S by N	9	140	8.0	2.0
16	6	3	2S by N	9	140	8.0	2.0

Brd	NS	EW	Contract	Made	Score	NS MP	EW MP
17	1	3	3D by W	10	-130	7.0	3.0
17	2	5	1N by W	10	-180	4.0	6.0
17	3	1	3HX by N	7	-300	2.0	8.0
17	4	4	1H by N	6	-50	10.0	0.0
17	5	6	3D by W	10	-130	7.0	3.0
17	6	2	3N by W	10	-430	0.0	10.0

18	1	3	2D by W	7	50	4.0	6.0
18	2	5	1N by W	5	100	8.0	2.0
18	3	1	1N by E	7	-90	1.0	9.0
18	4	4	3D by W	7	100	8.0	2.0
18	5	6	3N by E	7	100	8.0	2.0
18	6	2	1N by W	7	-90	1.0	9.0

19	1	3	2H by S	6	-100	4.0	6.0
19	2	5	2C by E	7	100	10.0	0.0
19	3	1	2D by W	8	-90	8.0	2.0
19	4	4	2H by S	5	-150	0.0	10.0
19	5	6	2H by S	6	-100	4.0	6.0
19	6	2	2H by S	6	-100	4.0	6.0

20	1	3	4S by S	9	-100	0.0	10.0
20	2	5	4S by N	10	620	8.0	2.0
20	3	1	2S by S	10	170	3.0	7.0
20	4	4	4S by N	10	620	8.0	2.0
20	5	6	4S by S	10	620	8.0	2.0
20	6	2	2S by N	10	170	3.0	7.0

21	1	2	1NX by N	5	-500	0.0	10.0
21	2	4	2S by W	10	-170	3.0	7.0
21	3	6	4H by W	9	50	10.0	0.0
21	4	3	2S by W	10	-170	3.0	7.0
21	5	5	1N by S	6	-100	8.0	2.0
21	6	1	2S by W	9	-140	6.0	4.0

22	1	2	4H by N	9	-50	2.0	8.0
22	2	4	4H by N	9	-50	2.0	8.0
22	3	6	4H by N	10	420	8.0	2.0
22	4	3	4H by N	10	420	8.0	2.0
22	5	5	4H by N	9	-50	2.0	8.0
22	6	1	4H by N	10	420	8.0	2.0

23	1	2	2S by W	8	-110	0.0	10.0
23	2	4	1N by W	6	100	6.0	4.0
23	3	6	2S by W	7	100	6.0	4.0
23	4	3	2S by E	7	100	6.0	4.0
23	5	5	2S by W	7	100	6.0	4.0
23	6	1	2S by W	7	100	6.0	4.0

24	1	2	3N by W	10	-430	2.0	8.0
24	2	4	3N by E	10	-430	2.0	8.0
24	3	6	3N by E	6	150	10.0	0.0
24	4	3	3N by W	10	-430	2.0	8.0
24	5	5	5D by E	10	50	8.0	2.0
24	6	1	3N by E	9	-400	6.0	4.0

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