At `27^(@)C`, a ges is compressed to half of its volume . To what temperature it must now be heated so that gas occupies just its original volume ?

An ideal gas is one which obeys gas laws. b) At 27° C a gas was compressed to half of its volume. To what temperature it must be heated, so that it would occupy double its original volume?

At constant pressure,a gas was compressed to half of its volume at 30^(@) C. To what temperature it should be heated so that its volume increases to double of its original volume ?

A gas at 300 k is compressed to reduce its volume to half of its volume. At what temperature, will it become half of its initial volume?

A gas at 300 K is compressed to reduce its volume to half of its volume. At what temperature, will ut become double of its initial volume?

A sample of oxygen is compressed to half of its original volume at constant temperature. If the rms velocity of gas molecules was originally C, their new rms velocity is

A gas at 10^(@)C temperature and 1.013xx 10^(5) Pa pressure is compressed adiabatically to half of its volume. If the ratio of specific heats of the gas is 1.4, what is its final temperature?