j3ned said:As air gets colder, it gets more dense. There are more atoms of the various composite gasses and water molecules occupying less space. Per unit of volume, the air weighs more - per Cubic Meter of air. At 77 degrees (F) one cubic meter of air weighs 1.18 Kilograms. By the time your down to Minus 40 it weighs 1.5 kg - so basically in winter the air contains more oxygen than the air in summer.
In the battle of Britain in world war 2 our spitfires used to struggle keeping up with the Faster messerscmitts at high altitude ( air is less dense ) so the RAF started using Nitrous Oxide ( oxidiser ) to intercept the luftwaffe. This had a dramatic effect and gave our lads the edge on the germans.
Standard levels of oxygen in dense air is 23% as supposed to 20% in less dense air ( NOS is 33% ) the rest is something like 76% nitrogen and 1% carbon dioxide - so anyway this is why your cars are quicker
j3ned said:As air gets colder, it gets more dense. There are more atoms of the various composite gasses and water molecules occupying less space. Per unit of volume, the air weighs more - per Cubic Meter of air. At 77 degrees (F) one cubic meter of air weighs 1.18 Kilograms. By the time your down to Minus 40 it weighs 1.5 kg - so basically in winter the air contains more oxygen than the air in summer.
In the battle of Britain in world war 2 our spitfires used to struggle keeping up with the Faster messerscmitts at high altitude ( air is less dense ) so the RAF started using Nitrous Oxide ( oxidiser ) to intercept the luftwaffe. This had a dramatic effect and gave our lads the edge on the germans.
Standard levels of oxygen in dense air is 23% as supposed to 20% in less dense air ( NOS is 33% ) the rest is something like 76% nitrogen and 1% carbon dioxide - so anyway this is why your cars are quicker