2000–01 Maltese Second Division

The 2000–01 Maltese Second Division (known as Rothmans Second Division 2000-01 due to sponsorship reasons) started on 16 September 2000 and ended on 14 May 2000. In this season the number of participants was dropped from 13 to 12. Gzira United and Zebbug Rangers were relegated from the First Division, while Balzan Youths and Luqa St. Andrews were promoted from the Third. The league was won by Mqabba and Balzan Youths finished as runners-up. Both were promoted to the 2001–02 Maltese First Division. This were two straight promotions for Balzan Youths. Santa Lucia and Siggiewi were relegated to the Maltese Third Division.

Maltese Second Division
Season2000–01
ChampionsMqabba
PromotedMqabba
Balzan Youths
RelegatedSanta Lucia
Siggiewi
Goals scored337
Average goals/game2.55
1999–2000

Participating teams

Changes from previous season

Final standings

Pos Team Pld W D L GF GA GD Pts Promotion or relegation
1 Mqabba (C) 22 14 6 2 31 12 +19 48 Champions and promotion to 2001–02 Maltese First Division
2 Balzan Youths 22 12 8 2 41 12 +29 44 Promotion to 2001–02 Maltese First Division
3 Zebbug Rangers 22 12 7 3 26 14 +12 43
4 Santa Venera Lightning 22 9 6 7 40 29 +11 33
5 Mellieha 22 8 8 6 29 27 +2 32
6 Luqa St.Andrews 22 8 5 9 32 40 8 29
7 Dingli Swallows 22 6 9 7 25 25 0 27
8 Gzira United 22 7 6 9 28 29 1 27
9 Melita 22 6 7 9 26 30 4 25
10 Attard 22 4 9 9 23 33 10 21
11 Santa Lucia (R) 22 4 6 12 21 39 18 18 Relegation to 2001–02 Maltese Third Division
12 Siggiewi (R) 22 0 7 15 15 47 32 7
Source:
(C) Champion; (R) Relegated.
gollark: Well, you can, or also "it would have about the same mass as the atmosphere".
gollark: Wikipedia says that spider silk has a diameter of "2.5–4 μm", which I approximated to 3μm for convenience, so a strand has a 1.5μm radius. That means that its cross-sectional area (if we assume this long thing of spider silk is a cylinder) is (1.5e-6)², or ~7e-12. Wikipedia also says its density is about 1.3g/cm³, which is 1300kg/m³, and that the observable universe has a diameter of 93 billion light-years (8.8e26 meters). So multiply the length of the strand (the observable universe's diameter) by the density of spider silk by the cross-sectional area of the strand and you get 8e18 kg, while the atmosphere's mass is about 5e18 kg, so close enough really.
gollark: Okay, so by mass it actually seems roughly correct.
gollark: So, spider silk comes in *very* thin strands and is somewhat denser than water, interesting.
gollark: You do that, I'll try and find data on spider silk density.
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