What is the final temperature when a gas at `0^@C` is raised to its double volume and pressure.

Find the percentage increase in the tyre pressure when air enclosed at 30^@C is raised to 57^@C at a constant volume.

According to Boyle's law, at constant temperature, the volume of a given mass of gas is inversely proportional to its pressure. But when a balloon is filled with air, both volume and pressure of the gas inside it increase-explain.

It is found that when a certain mass of gas is heated, its volume increased by 50% and pressure decreases to 60% of its initial value. If the initial temperature was -15^@C , find the temperature to which it was heated.

Pressure exerted by 12g of an ideal gas at t^(@)C in a vessel of volume VL is 1 atm. When the temperature is increased by 10^(@)C at the same volume, the pressure increased by 10% . Calculate the temperature 't' and volume V (molar mass of gas=120).

A given mass of gas occupies a volume of 200 ml at 310K. To what temperature must the gas be heated to make its final volume as 400 ml. Assume that the pressure of the gas remains constant.

The pressure exerted by 12 g of an ideal gas at temperature t^@C in a vessel of volume V litre is one atm.when the temperature is increased by 10 degree at the same volume.the pressure increases by 10% calculate the temperature t and volume v.(molecular weight of the gas =120).

At constant temperature and 1 atm pressure, an ideal gas occupies a volume of 3.25m^(3) . Calculate the final presure of the gas in the units of atm, torr and Pa if the its volume is reduced to 1.25m^(3) while its temperature is kept constant.

Air is enclosed in a glass container at 67^@C . Find the temperature to which the container is to be raised at constant pressure, so that 1/3 rd of the final volume of the air is expelled from the vessel?{Neglect the expansion of glass}?

Volume of a gas is doubled by raising its temperature at constant pressure . Initial temperature of the gas was 13^@C . Find the final temperature.