A gas is found to obey the law `P^(2)V = constant`. The initial temperature and volume are `T_(0) and V_(0)`. If the gas expands to a volume `3 V_(0)`, its final temperature becomes

A gas is found to obey the law p^(2) V = constant. The initial temperature and volume are T_(0) and V_(0) . If the gas expands to a volume 3V_(0) , its final temperature becomes

A gas is found to obey the law P^(2)V = constant. The initial temperature and volume are T_(0) and V_(0^(@)) If the gas expands to a volume 3V_(0) , then

A gas is found to obey the law P^(2)V = constant. The initial temperature and volume are T_(0) and V_(0^(@)) If the gas expands to a volume 3V_(0) , then

A gas is found to obey the law P^(2) V= constant the innitial temperature and volume are T_(0) and V_(0) . If the gas expands to volume 2V_(0) , its final temperature becomes-

A gas is found to be obeyed the law p^2V = constant . The initial temperature and volume are T_0 and V_0 . If the gas expands to a volume 3 V_0 , then the final temperature becomes.

A gas is found to be obeyed the law p^2V = constant . The initial temperature and volume are T_0 and V_0 . If the gas expands to a volume 3 V_0 , then the final temperature becomes.

During an experiment an ideal gas is found to obey an additional law V_(2)P = constant. The gas is initially at temperature T and volume V. When it expands to a volume 2V, the temperature becomes :