A bulb is having ideal gas at `27^(@)C`. On heating the bulb to `227^(@)C`, 2 litre of gas measured at `227^(@)C` is expelled out. The volume of bulb in litre is ____________.

A litre of gas is measured at 27^(@)C . What volume will it occupy at -23^(@)C ?

r.m.s speed of ideal gas at 127^(@)C is 200m//s the rms. Speed of same ideal gas at temperature 227^(@)C is

r.m.s speed of ideal gas at 127^(@)C is 200m//s the rms. Speed of same ideal gas at temperature 227^(@)C is

A gas is filled a container at 27^(@)C . On increasing the temperature to 127^(@)C , 1 litre (having (1)/(4) th mass) of the gas escape out of the container. Calculate the volume of the container.

One litre of an ideal gas st 27^(@)C is heated at a constant pressure to the 297^(@)C. Then, the final volume is the approximately

One litre of an ideal gas st 27^(@)C is heated at a constant pressure to the 297^(@)C. Then, the final volume is the approximately

Volume of a gas at 27^@C is 2 litre keeping pressure constant at what temperature does the volume of the gas become 3 litre?

A gas is filled in a container at 27^@ C . On increasing the temperature to 127^@ C , 1 litre (having (1)/(4) th mass) of the gas escape out of the container. Calculate the volume of the container.

A gas is filled in a container at 27^@ C . On increasing the temperature to 127^@ C , 1 litre (having (1)/(4) th mass) of the gas escape out of the container. Calculate the volume of the container.

What volume would a gas occupy at 2 atm. and 227^(@)C if its volume at S.T.P. is 2-5 litres.