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

Wednesday: Friedel Watson Pairs 8 April

Pair 1 Section g Dawn Brieseman Elizabeth White	Bd Rd Pos Con Dc Ld Res NS Pair 1 scr MPs 1 11 NS 2 W A +2 1 -170 1 2 11 NS 2 N J +2 1 170 1 3 12 EW 2 NT E 2 -1 2 -100 5 4 12 EW 3 NT W 6 +1 2 630 4 5 2 EW 3 N A -3 9 300 14 6 2 EW 1 E 4 +1 9 110 10 7 13 EW 4 S 3 = 14 -620 7 8 13 EW 2 W K +3 14 150 0 9 5 EW 2 E K +1 10 140 11 10 5 EW 3 NT W Q -1 10 -100 1 11 4 NS 3 W 6 = 1 -110 0 12 4 NS 2 S J +3 1 200 5 13 1 EW 2 x S A -2 16 500 6 14 1 EW 2 S A -1 16 050 10 15 7 NS 5 E K = 1 -400 2 16 7 NS 2 E 2 +1 1 -140 6 17 9 NS 2 N J = 1 110 12 18 9 NS 3 W 9 +2 1 -200 0 19 3 EW 3 E 7 = 15 140 12 20 3 EW 3 NT N 6 +2 15 -660 2 21 6 EW 3 NT S J -1 12 100 12 22 6 EW 3 NT E 3 = 12 600 0 23 10 EW 3 N 4 -1 7 100 4 24 10 EW 3 NT S 5 +2 7 -460 0 25 8 NS 2 W 4 +1 1 -140 0 26 8 NS 3 NT E 3 -5 1 500 8
Pair 2 Section g Judy Gorman Janet Gafford	Bd Rd Pos Con Dc Ld Res NS Pair 2 scr MPs 1 9 NS 2 W A +2 2 -170 1 2 9 NS 3 NT S 3 +2 2 660 13 3 12 NS 2 NT E 2 -1 2 100 9 4 12 NS 3 NT W 6 +1 2 -630 10 5 13 EW 4 S 7 +1 3 -650 6 6 13 EW 3 N A -1 3 050 6 7 3 EW 4 S A -1 10 100 12 8 3 EW 4 W K = 10 420 6 9 1 EW 2 E A +1 14 140 11 10 1 EW 2 NT W 7 = 14 120 5 11 6 EW 2 N T +1 11 -140 2 12 6 EW 2 S 7 +2 11 -130 14 13 5 NS 3 NT E 2 +1 2 -630 4 14 5 NS 1 NT S A = 2 090 10 15 2 EW 3 W 7 +1 16 170 9 16 2 EW 1 x E K +3 16 760 14 17 8 NS 3 E 9 -1 2 050 8 18 8 NS 2 W A -1 2 050 11 19 10 NS 2 N A = 2 090 11 20 10 NS 3 NT N 2 = 2 600 4 21 4 EW 4 N 2 = 15 -620 4 22 4 EW 3 NT W 7 +2 15 660 10 23 7 EW 5 S 7 -4 13 400 14 24 7 EW 4 N K +1 13 -150 10 25 11 EW 2 W 6 -1 8 -100 3 26 11 EW 4 N 7 -1 8 100 12
Pair 3 Section g Ruth Airey Jann Dyer	Bd Rd Pos Con Dc Ld Res NS Pair 3 scr MPs 1 12 EW 4 E 4 -1 9 -50 0 2 12 EW 4 S Q +1 9 -650 5 3 10 NS 3 S 4 +1 3 130 12 4 10 NS 3 NT W K +2 3 -660 4 5 13 NS 4 S 7 +1 3 650 8 6 13 NS 3 N A -1 3 -50 8 7 1 EW 4 S A = 4 -620 7 8 1 EW 3 NT E 5 +2 4 460 11 9 4 EW 2 E A = 11 110 6 10 4 EW 3 NT W 3 +1 11 630 13 11 2 EW 4 E A -2 14 -100 5 12 2 EW 5 N A = 14 -650 1 13 7 EW 3 NT E 7 +1 12 630 10 14 7 EW 3 NT E A -3 12 -150 0 15 6 NS 4 N Q -1 3 -100 10 16 6 NS 5 N 6 -2 3 -100 10 17 3 EW 3 E 9 = 16 140 13 18 3 EW 3 W 9 -1 16 -50 3 19 9 NS 3 S 2 -2 3 -100 6 20 9 NS 3 NT N 6 = 3 600 4 21 11 NS 4 N J -1 3 -100 2 22 11 NS 3 NT W 5 +2 3 -660 4 23 5 EW 3 S A -2 15 200 9 24 5 EW 4 N K +1 15 -150 10 25 8 EW 2 W 4 +1 1 140 14 26 8 EW 3 NT E 3 -5 1 -500 6
Pair 4 Section g Peta Smith Christine Samson	Bd Rd Pos Con Dc Ld Res NS Pair 4 scr MPs 1 9 EW 2 W A +2 2 170 13 2 9 EW 3 NT S 3 +2 2 -660 1 3 13 EW 4 W Q -1 10 -100 5 4 13 EW 6 W K = 10 1370 14 5 11 NS 3 NT S T +2 4 660 12 6 11 NS 3 E 4 -1 4 100 11 7 1 NS 4 S A = 4 620 7 8 1 NS 3 NT E 5 +2 4 -460 3 9 2 EW 1 NT N A -2 5 100 3 10 2 EW 3 NT W J = 5 600 10 11 5 EW 4 N T -1 12 050 11 12 5 EW 2 N A +3 12 -200 9 13 3 EW 3 W T +1 14 130 1 14 3 EW 1 NT S A = 14 -90 4 15 8 EW 3 W 7 = 13 140 6 16 8 EW 5 S 7 -3 13 150 10 17 7 NS 2 N J = 4 090 10 18 7 NS 3 W 7 = 4 -140 4 19 4 EW 2 N Q -2 16 100 8 20 4 EW 3 NT S 4 +1 16 -630 5 21 10 NS 4 N J +1 4 650 13 22 10 NS 3 NT W 2 +1 4 -630 11 23 12 NS 3 NT S A -2 4 -200 5 24 12 NS 5 N K = 4 400 11 25 6 EW 2 W 3 -1 15 -100 3 26 6 EW 3 NT N 5 = 15 -600 2
Pair 5 Section g Judy Bevin David Larsen	Bd Rd Pos Con Dc Ld Res NS Pair 5 scr MPs 1 7 EW 2 W A +1 15 140 9 2 7 EW 3 NT N 9 +1 15 -630 9 3 10 EW 3 S 4 +1 3 -130 2 4 10 EW 3 NT W K +2 3 660 10 5 1 EW 5 S 2 +1 11 -680 0 6 1 EW 3 W A = 11 110 10 7 12 NS 4 S A = 5 620 7 8 12 NS 3 NT E K +1 5 -430 6 9 2 NS 1 NT N A -2 5 -100 11 10 2 NS 3 NT W J = 5 -600 4 11 3 EW 3 E 3 -1 6 -50 8 12 3 EW 3 N A +2 6 -200 9 13 6 EW 3 NT E 7 +1 13 630 10 14 6 EW 1 NT N Q = 13 -90 4 15 4 EW 4 W A -2 14 -100 0 16 4 EW 4 E A = 14 620 12 17 9 EW 2 N J = 1 -110 2 18 9 EW 3 W 9 +2 1 200 14 19 8 NS 2 S 6 = 5 110 14 20 8 NS 3 NT S 9 +3 5 690 14 21 5 EW 2 N 6 +2 16 -170 8 22 5 EW 3 NT W 5 +2 16 660 10 23 11 NS 3 N T = 5 110 12 24 11 NS 3 x E 8 -2 5 300 8 25 13 NS 2 W 6 = 5 -110 5 26 13 NS 3 NT N 7 = 5 600 12
Pair 6 Section g Robert Cowan Brian Donnelly	Bd Rd Pos Con Dc Ld Res NS Pair 6 scr MPs 1 1 NS 2 E 4 = 6 -110 10 2 1 NS 4 N T +1 6 650 9 3 8 EW 4 E A = 15 620 12 4 8 EW 5 W K = 15 600 1 5 11 EW 3 NT S T +2 4 -660 2 6 11 EW 3 E 4 -1 4 -100 3 7 2 EW 4 S A = 12 -620 7 8 2 EW 3 NT E 2 +2 12 460 11 9 13 NS 2 N Q -2 6 -100 11 10 13 NS 3 NT E J +1 6 -630 1 11 3 NS 3 E 3 -1 6 050 6 12 3 NS 3 N A +2 6 200 5 13 4 EW 3 NT E 2 +2 7 660 14 14 4 EW 3 S A -3 7 150 14 15 7 EW 5 E K = 1 400 12 16 7 EW 2 E 2 +1 1 140 8 17 5 EW 3 E 9 = 14 140 13 18 5 EW 2 W A = 14 110 7 19 10 EW 2 N A = 2 -90 3 20 10 EW 3 NT N 2 = 2 -600 10 21 9 NS 5 N J = 6 650 13 22 9 NS 3 NT W 3 +2 6 -660 4 23 6 EW 3 S A +1 16 -130 0 24 6 EW 3 E 8 -2 16 -100 14 25 12 NS 1 NT E 8 +1 6 -120 2 26 12 NS 2 W K -4 6 400 6
Pair 7 Section g Lyn Clark Val Wilson	Bd Rd Pos Con Dc Ld Res NS Pair 7 scr MPs 1 13 NS 2 W A = 7 -110 10 2 13 NS 3 NT S 8 +2 7 660 13 3 2 NS 4 E T = 7 -620 2 4 2 NS 5 W K +2 7 -640 8 5 9 EW 4 S 6 = 15 -620 10 6 9 EW 3 E 4 -2 15 -200 0 7 12 EW 4 S A = 5 -620 7 8 12 EW 3 NT E K +1 5 430 8 9 3 EW 2 E A +1 13 140 11 10 3 EW 2 NT W 7 = 13 120 5 11 1 NS 4 N 7 -1 7 -50 3 12 1 NS 2 N A +3 7 200 5 13 4 NS 3 NT E 2 +2 7 -660 0 14 4 NS 3 S A -3 7 -150 0 15 5 EW 4 W A = 8 420 14 16 5 EW 4 S 7 -2 8 100 4 17 8 EW 3 E 9 -1 2 -50 6 18 8 EW 2 W A -1 2 -50 3 19 6 EW 4 S 6 -2 14 100 8 20 6 EW 3 NT N 6 -1 14 100 14 21 11 EW 4 N J -1 3 100 12 22 11 EW 3 NT W 5 +2 3 660 10 23 10 NS 3 N 4 -1 7 -100 10 24 10 NS 3 NT S 5 +2 7 460 14 25 7 EW 2 W 9 -1 16 -100 3 26 7 EW 2 N 7 -1 16 100 12
Pair 8 Section g Bob Gillanders Lisa Harkness	Bd Rd Pos Con Dc Ld Res NS Pair 8 scr MPs 1 8 EW 2 W A +1 16 140 9 2 8 EW 2 N 6 +2 16 -170 13 3 1 NS 4 E T = 8 -620 2 4 1 NS 5 W K = 8 -600 13 5 3 NS 4 S 2 +1 8 650 8 6 3 NS 3 W A -1 8 100 11 7 10 EW 4 N 2 +1 15 -650 1 8 10 EW 3 NT E 5 +3 15 490 14 9 13 EW 2 N Q -2 6 100 3 10 13 EW 3 NT E J +1 6 630 13 11 4 EW 3 W 6 = 1 110 14 12 4 EW 2 S J +3 1 -200 9 13 2 NS 3 W T +1 8 -130 13 14 2 NS 1 NT N Q -1 8 -50 4 15 5 NS 4 W A = 8 -420 0 16 5 NS 4 S 7 -2 8 -100 10 17 6 EW 2 N J -1 9 050 9 18 6 EW 3 W 6 +1 9 170 12 19 9 EW 3 S 2 -2 3 100 8 20 9 EW 3 NT N 6 = 3 -600 10 21 7 EW 5 x E K -3 14 -500 6 22 7 EW 3 NT W 5 +2 14 660 10 23 12 EW 3 NT S A -2 4 200 9 24 12 EW 5 N K = 4 -400 3 25 11 NS 2 W 6 -1 8 100 11 26 11 NS 4 N 7 -1 8 -100 2
Pair 9 Section g Diane Paterson Jill Reid	Bd Rd Pos Con Dc Ld Res NS Pair 9 scr MPs 1 12 NS 4 E 4 -1 9 050 14 2 12 NS 4 S Q +1 9 650 9 3 9 EW 4 E T -2 16 -200 0 4 9 EW 3 NT W 8 +2 16 660 10 5 2 NS 3 N A -3 9 -300 0 6 2 NS 1 E 4 +1 9 -110 4 7 4 NS 4 S A -2 9 -200 0 8 4 NS 3 NT E 2 = 9 -400 10 9 11 EW 1 S 2 = 15 -80 0 10 11 EW 2 NT W 3 +1 15 150 8 11 1 EW 4 N 7 -1 7 050 11 12 1 EW 2 N A +3 7 -200 9 13 5 EW 3 NT E 2 +1 2 630 10 14 5 EW 1 NT S A = 2 -90 4 15 3 NS 4 W 7 -1 9 050 12 16 3 NS 2 N A -2 9 -100 10 17 6 NS 2 N J -1 9 -50 5 18 6 NS 3 W 6 +1 9 -170 2 19 7 EW 2 S 3 = 10 -90 3 20 7 EW 3 NT N 6 +1 10 -630 5 21 10 EW 4 N J +1 4 -650 1 22 10 EW 3 NT W 2 +1 4 630 3 23 8 EW 3 NT S A -2 14 200 9 24 8 EW 5 N K = 14 -400 3 25 13 EW 2 W 6 = 5 110 9 26 13 EW 3 NT N 7 = 5 -600 2
Pair 10 Section g Jen Macartney Laurie Smeijers	Bd Rd Pos Con Dc Ld Res NS Pair 10 scr MPs 1 1 EW 2 E 4 = 6 110 4 2 1 EW 4 N T +1 6 -650 5 3 13 NS 4 W Q -1 10 100 9 4 13 NS 6 W K = 10 -1370 0 5 10 EW 4 S T +1 16 -650 6 6 10 EW 2 E A = 16 110 10 7 3 NS 4 S A -1 10 -100 2 8 3 NS 4 W K = 10 -420 8 9 5 NS 2 E K +1 10 -140 3 10 5 NS 3 NT W Q -1 10 100 13 11 12 EW 4 E A -2 15 -100 5 12 12 EW 4 N A +1 15 -650 1 13 2 EW 3 W T +1 8 130 1 14 2 EW 1 NT N Q -1 8 050 10 15 6 EW 4 N Q -1 3 100 4 16 6 EW 5 N 6 -2 3 100 4 17 4 NS 2 N 9 -1 10 -50 5 18 4 NS 2 E J +1 10 -110 7 19 7 NS 2 S 3 = 10 090 11 20 7 NS 3 NT N 6 +1 10 630 9 21 8 EW 4 N J -1 11 100 12 22 8 EW 3 NT W 5 +1 11 630 3 23 11 EW 3 N T = 5 -110 2 24 11 EW 3 x E 8 -2 5 -300 6 25 9 EW 2 W K = 14 110 9 26 9 EW 3 NT N J -1 14 100 12
Pair 11 Section g Deirdre Bruce Lyn McLaren	Bd Rd Pos Con Dc Ld Res NS Pair 11 scr MPs 1 10 EW 2 E 3 = 14 110 4 2 10 EW 3 NT S 3 +1 14 -630 9 3 2 EW 4 E T = 7 620 12 4 2 EW 5 W K +2 7 640 6 5 1 NS 5 S 2 +1 11 680 14 6 1 NS 3 W A = 11 -110 4 7 11 EW 4 S 4 +1 16 -650 1 8 11 EW 3 W K +4 16 260 2 9 4 NS 2 E A = 11 -110 8 10 4 NS 3 NT W 3 +1 11 -630 1 11 6 NS 2 N T +1 11 140 12 12 6 NS 2 S 7 +2 11 130 0 13 13 EW 3 W T +2 15 150 4 14 13 EW 1 NT S 4 -1 15 050 10 15 3 EW 4 W 7 -1 9 -50 2 16 3 EW 2 N A -2 9 100 4 17 7 EW 2 N J = 4 -90 4 18 7 EW 3 W 7 = 4 140 10 19 5 NS 3 E 6 +1 11 -170 0 20 5 NS 3 NT S 4 = 11 600 4 21 8 NS 4 N J -1 11 -100 2 22 8 NS 3 NT W 5 +1 11 -630 11 23 9 EW 3 NT S A -2 12 200 9 24 9 EW 3 N J +2 12 -150 10 25 12 EW 1 NT E 8 +1 6 120 12 26 12 EW 2 W K -4 6 -400 8
Pair 12 Section g Allan Dyer Jenni Wright	Bd Rd Pos Con Dc Ld Res NS Pair 12 scr MPs 1 13 EW 2 W A = 7 110 4 2 13 EW 3 NT S 8 +2 7 -660 1 3 11 EW 3 W T = 14 110 8 4 11 EW 3 NT W 8 +2 14 660 10 5 3 EW 4 S 2 +1 8 -650 6 6 3 EW 3 W A -1 8 -100 3 7 2 NS 4 S A = 12 620 7 8 2 NS 3 NT E 2 +2 12 -460 3 9 12 EW 2 E A +1 16 140 11 10 12 EW 2 NT W Q -1 16 -100 1 11 5 NS 4 N T -1 12 -50 3 12 5 NS 2 N A +3 12 200 5 13 7 NS 3 NT E 7 +1 12 -630 4 14 7 NS 3 NT E A -3 12 150 14 15 1 EW 3 W 7 +1 15 170 9 16 1 EW 3 S 3 = 15 -110 0 17 4 EW 2 N 9 -1 10 050 9 18 4 EW 2 E J +1 10 110 7 19 8 EW 2 S 6 = 5 -110 0 20 8 EW 3 NT S 9 +3 5 -690 0 21 6 NS 3 NT S J -1 12 -100 2 22 6 NS 3 NT E 3 = 12 -600 14 23 9 NS 3 NT S A -2 12 -200 5 24 9 NS 3 N J +2 12 150 4 25 10 EW 2 W 4 -1 13 -100 3 26 10 EW 3 NT N 7 = 13 -600 2
Pair 13 Section g Jo De Bono Margaret Auty	Bd Rd Pos Con Dc Ld Res NS Pair 13 scr MPs 1 11 EW 2 W A +2 1 170 13 2 11 EW 2 N J +2 1 -170 13 3 1 EW 4 E T = 8 620 12 4 1 EW 5 W K = 8 600 1 5 12 EW 5 x N A -1 14 200 12 6 12 EW 3 NT W 9 = 14 600 14 7 4 EW 4 S A -2 9 200 14 8 4 EW 3 NT E 2 = 9 400 4 9 3 NS 2 E A +1 13 -140 3 10 3 NS 2 NT W 7 = 13 -120 9 11 13 EW 5 x E A -2 16 -300 0 12 13 EW 4 N A = 16 -620 4 13 6 NS 3 NT E 7 +1 13 -630 4 14 6 NS 1 NT N Q = 13 090 10 15 8 NS 3 W 7 = 13 -140 8 16 8 NS 5 S 7 -3 13 -150 4 17 2 EW 1 N 6 +2 15 -140 0 18 2 EW 3 W A -2 15 -100 0 19 5 EW 3 E 6 +1 11 170 14 20 5 EW 3 NT S 4 = 11 -600 10 21 9 EW 5 N J = 6 -650 1 22 9 EW 3 NT W 3 +2 6 660 10 23 7 NS 5 S 7 -4 13 -400 0 24 7 NS 4 N K +1 13 150 4 25 10 NS 2 W 4 -1 13 100 11 26 10 NS 3 NT N 7 = 13 600 12
Pair 14 Section g Catherine Smith Robin Gillespie	Bd Rd Pos Con Dc Ld Res NS Pair 14 scr MPs 1 10 NS 2 E 3 = 14 -110 10 2 10 NS 3 NT S 3 +1 14 630 5 3 11 NS 3 W T = 14 -110 6 4 11 NS 3 NT W 8 +2 14 -660 4 5 12 NS 5 x N A -1 14 -200 2 6 12 NS 3 NT W 9 = 14 -600 0 7 13 NS 4 S 3 = 14 620 7 8 13 NS 2 W K +3 14 -150 14 9 1 NS 2 E A +1 14 -140 3 10 1 NS 2 NT W 7 = 14 -120 9 11 2 NS 4 E A -2 14 100 9 12 2 NS 5 N A = 14 650 13 13 3 NS 3 W T +1 14 -130 13 14 3 NS 1 NT S A = 14 090 10 15 4 NS 4 W A -2 14 100 14 16 4 NS 4 E A = 14 -620 2 17 5 NS 3 E 9 = 14 -140 1 18 5 NS 2 W A = 14 -110 7 19 6 NS 4 S 6 -2 14 -100 6 20 6 NS 3 NT N 6 -1 14 -100 0 21 7 NS 5 x E K -3 14 500 8 22 7 NS 3 NT W 5 +2 14 -660 4 23 8 NS 3 NT S A -2 14 -200 5 24 8 NS 5 N K = 14 400 11 25 9 NS 2 W K = 14 -110 5 26 9 NS 3 NT N J -1 14 -100 2
Pair 15 Section g John Wolken Rona Chave	Bd Rd Pos Con Dc Ld Res NS Pair 15 scr MPs 1 7 NS 2 W A +1 15 -140 5 2 7 NS 3 NT N 9 +1 15 630 5 3 8 NS 4 E A = 15 -620 2 4 8 NS 5 W K = 15 -600 13 5 9 NS 4 S 6 = 15 620 4 6 9 NS 3 E 4 -2 15 200 14 7 10 NS 4 N 2 +1 15 650 13 8 10 NS 3 NT E 5 +3 15 -490 0 9 11 NS 1 S 2 = 15 080 14 10 11 NS 2 NT W 3 +1 15 -150 6 11 12 NS 4 E A -2 15 100 9 12 12 NS 4 N A +1 15 650 13 13 13 NS 3 W T +2 15 -150 10 14 13 NS 1 NT S 4 -1 15 -50 4 15 1 NS 3 W 7 +1 15 -170 5 16 1 NS 3 S 3 = 15 110 14 17 2 NS 1 N 6 +2 15 140 14 18 2 NS 3 W A -2 15 100 14 19 3 NS 3 E 7 = 15 -140 2 20 3 NS 3 NT N 6 +2 15 660 12 21 4 NS 4 N 2 = 15 620 10 22 4 NS 3 NT W 7 +2 15 -660 4 23 5 NS 3 S A -2 15 -200 5 24 5 NS 4 N K +1 15 150 4 25 6 NS 2 W 3 -1 15 100 11 26 6 NS 3 NT N 5 = 15 600 12
Pair 16 Section g Heather Urquhart Marie Kean	Bd Rd Pos Con Dc Ld Res NS Pair 16 scr MPs 1 8 NS 2 W A +1 16 -140 5 2 8 NS 2 N 6 +2 16 170 1 3 9 NS 4 E T -2 16 200 14 4 9 NS 3 NT W 8 +2 16 -660 4 5 10 NS 4 S T +1 16 650 8 6 10 NS 2 E A = 16 -110 4 7 11 NS 4 S 4 +1 16 650 13 8 11 NS 3 W K +4 16 -260 12 9 12 NS 2 E A +1 16 -140 3 10 12 NS 2 NT W Q -1 16 100 13 11 13 NS 5 x E A -2 16 300 14 12 13 NS 4 N A = 16 620 10 13 1 NS 2 x S A -2 16 -500 8 14 1 NS 2 S A -1 16 -50 4 15 2 NS 3 W 7 +1 16 -170 5 16 2 NS 1 x E K +3 16 -760 0 17 3 NS 3 E 9 = 16 -140 1 18 3 NS 3 W 9 -1 16 050 11 19 4 NS 2 N Q -2 16 -100 6 20 4 NS 3 NT S 4 +1 16 630 9 21 5 NS 2 N 6 +2 16 170 6 22 5 NS 3 NT W 5 +2 16 -660 4 23 6 NS 3 S A +1 16 130 14 24 6 NS 3 E 8 -2 16 100 0 25 7 NS 2 W 9 -1 16 100 11 26 7 NS 2 N 7 -1 16 -100 2