A gas is filled in a vessel at `7^(@)C`. If x fractional part escapes out at `27^(@)C`, fid x. (assuming pressure constant).

A gas is filled in a vessel at 7^@ C . If x fractional part escapes out at 27^@ C . Find x. (Assuming pressure constant).

A gas is filled in a vessel at 7^@ C . If x fractional part escapes out at 27^@ C . Find x. (Assuming pressure constant).

A gas is filled in a vessel at 27^@ C . To what temperature should it be heated in order that (1)/(3) rd of the gas may escape out of the vessel?

A gas is filled in a vessel at 27^@ C . To what temperature should it be heated in order that (1)/(3) rd of the gas may escape out of the vessel?

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.

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.

A balloon is filled with hydrogen at a given pressure at 20^(@)C. What fraction of gas will escape out of the balloon if the temperature rises to 40^(@)C at constant pressure ?

An ideal gas is present in an open vessel at 27^(@)C . If this gas is heated upto TK temperature so that (2)/(3) of final moles of gas are escaped out, then calculate final temperature T.