1963–64 Scottish Football League

Statistics of the Scottish Football League in season 1963–64.

Scottish League Division One

Pos Team Pld W D L GF GA GR Pts
1 Rangers (C) 34 25 5 4 85 31 2.742 55
2 Kilmarnock 34 22 5 7 77 40 1.925 49
3 Celtic 34 19 9 6 89 34 2.618 47
4 Hearts 34 19 9 6 74 40 1.850 47
5 Dunfermline 34 18 9 7 64 33 1.939 45
6 Dundee 34 20 5 9 94 50 1.880 45
7 Partick Thistle 34 15 5 14 55 54 1.019 35
8 Dundee United 34 13 8 13 65 49 1.327 34
9 Aberdeen 34 12 8 14 53 53 1.000 32
10 Hibernian 34 12 6 16 59 66 0.894 30
11 Motherwell 34 9 11 14 51 62 0.823 29
12 St Mirren 34 12 5 17 44 74 0.595 29
13 St Johnstone 34 11 6 17 54 70 0.771 28
14 Falkirk 34 11 6 17 54 84 0.643 28
15 Airdrieonians 34 11 4 19 52 97 0.536 26
16 Third Lanark 34 9 7 18 47 74 0.635 25
17 Queen of the South (R) 34 5 6 23 40 92 0.435 16
18 East Stirlingshire (R) 34 5 2 27 37 91 0.407 12
Source: RSSSF
(C) Champion; (R) Relegated.

Scottish League Division Two

Pos Team Pld W D L GF GA GD Pts Promotion or relegation
1 Morton 36 32 3 1 135 37 +98 67 Promotion to the 1964–65 First Division
2 Clyde 36 22 9 5 81 44 +37 53
3 Arbroath 36 20 6 10 79 46 +33 46
4 East Fife 36 16 13 7 92 57 +35 45
5 Montrose 36 19 6 11 79 57 +22 44
6 Dumbarton 36 16 6 14 67 59 +8 38
7 Queen's Park 36 17 4 15 57 54 +3 38
8 Stranraer 36 16 6 14 71 73 2 38
9 Albion Rovers 36 12 12 12 67 71 4 36
10 Raith Rovers 36 15 5 16 70 61 +9 35
11 Stenhousemuir 36 15 5 16 83 75 +8 35
12 Berwick Rangers 36 10 10 16 68 84 16 30
13 Hamilton Academical 36 12 6 18 65 81 16 30
14 Ayr United 36 12 5 19 58 83 25 29
15 Brechin City 36 10 8 18 61 98 37 28
16 Alloa Athletic 36 11 5 20 64 92 28 27
17 Cowdenbeath 36 7 11 18 46 72 26 25
18 Forfar Athletic 36 6 8 22 57 104 47 20
19 Stirling Albion 36 6 8 22 47 99 52 20
Source:
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gollark: Bell's theorem rules out "local hidden-variables" interpretations of quantum physics, meaning that quantum mechanics cannot, assuming some assumptions, be doing this by storing some extra secret metadata with particles.
gollark: As you will know in time, quantum QM mechanics has "Bell's theorem". This describes some correlations between measurements of entangled particles which QM predicts correctly (based on empirical tests) and classical physics doesn't.
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gollark: Yes.

See also

References

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