20,340
edits
Changes
Created page with "==Key Stage 3== ===Meaning=== '''Absolute zero''' is the coldest possible temperature in the Universe. ===About Absolute Zero=== : '''Absolute zero''' is -273Degree..."
==Key Stage 3==
===Meaning===
'''Absolute zero''' is the coldest possible [[temperature]] in the [[Universe]].
===About Absolute Zero===
: '''Absolute zero''' is -273[[Degrees Celsius|°C]].
==Key Stage 4==
===Meaning===
'''Absolute zero''' is zero on the [[Kelvin]] scale and the coldest possible [[temperature]] in the [[Universe]].
===About Absolute Zero===
: '''Absolute zero''' is -273[[Degrees Celsius|°C]].
: As a [[gas]] decreases in [[temperature]] it decreases in [[Volume (Space)|volume]]. '''Absolute zero''' is the [[temperature]] at which the [[Volume (Space)|volume]] of the [[gas]] would become zero.
: At '''absolute zero''' the [[pressure]] in a [[gas]] becomes zero.
: At '''absolute zero''' all the [[particle]]s in [[material]] stop moving, they have no [[Kinetic Energy Store|kinetic energy]].
===Meaning===
'''Absolute zero''' is the coldest possible [[temperature]] in the [[Universe]].
===About Absolute Zero===
: '''Absolute zero''' is -273[[Degrees Celsius|°C]].
==Key Stage 4==
===Meaning===
'''Absolute zero''' is zero on the [[Kelvin]] scale and the coldest possible [[temperature]] in the [[Universe]].
===About Absolute Zero===
: '''Absolute zero''' is -273[[Degrees Celsius|°C]].
: As a [[gas]] decreases in [[temperature]] it decreases in [[Volume (Space)|volume]]. '''Absolute zero''' is the [[temperature]] at which the [[Volume (Space)|volume]] of the [[gas]] would become zero.
: At '''absolute zero''' the [[pressure]] in a [[gas]] becomes zero.
: At '''absolute zero''' all the [[particle]]s in [[material]] stop moving, they have no [[Kinetic Energy Store|kinetic energy]].