A gas occupies 11.2 liter at STP. If its temperature is increased to `27^@C` keeping the pressure constant then find its final volume.

A container of fixed volume 0.4 L contains 0.56 g of a gas at 27^(@)C . The pressure of the gas at this temperature is 936 mmHg. If the amount of the gas is increased to 2.1g and its temperature is decreased to 17^(@)C , then what will be the pressure of the gas? Assuming gas behaves ideally.

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?

The volume of a fixed mass of gas is 300 cm^3 at STP. When the temperature is related to 50^@C at constant volume, the pressure exerted by the gas becomes 900mmHg. What is the pressure coefficient of the gas?

At constant pressure, if the temperature of gas is increased then its density-

At 0^(@) temperature and constant pressure volume of a gas of mixed mass is 2 lit. Now keeping pressure constant the temperature has been raised to 546^(@) C. Find out the final volume of the gas?

A sample of a gas occupies 10 litre under a pressure of 1 atmosphere. What will be its volume if the pressure is increased to 2 atmosphere ? Assume constant temperature.

Why does the volume of a given mass of gas increase on decreasing its pressure at constant temperature?

At constan pressure , if the temperature of a gas is increased then its density

At 27^@C temperature a gas occupies 2L. In which temperature at constant pressure it will occupy 3L.

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.