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.

A fixed mass of gas occupies a volume of 273 cm^3 at STP. At what pressure the above gas will occupy a volume of 300 cm^3 at 27^@C ?

The what temperature must a gas at 300K be colled in order to reduce its volume to 1/3 rd of its original volume, pressure remains constant-

To what temperature must a gas at 300K be cooled in order to reduce its volume to (1)/(3)th of its original volume, pressure remaining constant.

A fixed mass of a gas occupies a volume of 520 cm^3 at -13^@C temperature. Keeping the pressure unchanged, when-the gas is heated the volume of the gas increases to 700 cm3..’What is the final temperature, of the gas in degree celsius?

A given mass of an ideal gas is heated in a vessel. The same amount of gas is then heated by keeping it in a larger vessel. Assume that the volumes of both vessel remain the same during heating. What will be the nature of the pressure temperature (p-T) graphs in the two cases.

The pressure of a gas at STP is doubled and the temperature is raised to 546K. What is the final volume of gas?

Temperature of an ideal gas is 340 K. At constant pressure the gas is so heated volume increases by 18% . What is the final temperature of the gas ?

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

A certain volume of the gas is kept as 200K. When the temperatures is decreased by 330 K the gas occupies a volume of 660 ml. What was the initial volume of the gas?

The volume of a fixed mass of gas at STP is 500 cm^3. What will be its volume at 700 mmHg pressure if its temperature remains constant?