Helium gas at 300 K is shifted from a vessel of `250 cm^(3)` to a vessel of 1 L capacity. The pressure of gas will

A gas at 298 K is shifted from a vessel of 250cm^(3) capacity to that of 1L capacity. The pressure of the gas will ______at constant temperature.

125 mL of a gas A of pressure 500 mm is mixed with 200 mL of another gas B at a pressure of 300 mm in a vessel of 150 mL capacity. What will be the total pressure of the resulting mixture if the temperature is kept contant ?

The gas in a vessel is subjected to a pressure of 20 atmosphere at a temperature 27^(@)C . The pressure of the gas in the vessel after one half of the gas is released from the vessel and the temperature of the remainder is raised by 50^(@)C is

The gas in a vessel is subjected to a pressure of 20 atmosphere at a temperature 27^(@)C . The pressure of the gas in the vessel after one half of the gas is released from the vessel and the temperature of the remainder is raised by 50^(@)C is

A vessel of 120 cm^(3) contains a certain mass of a gas at 20^(@)C and 750 torr pressure. The gas was transferred to a vessel of volume 180 cm^(3) . Calculate the pressure of the gas at the same temperature

A vessel of capacity 600 cm contains hydrogen A vessel of capacity 600 cm^3 contains hydrogen be the pressure of hydrogen gas, when the vessel is connected to another vessel of 300 cm^3

5 gm of XeF_(4) gas was introduced into a vessel of 6 litre capacity at 80^(@)C . What is the pressure of the gas in atmosphere-

A 1 litre vessel having 20 g charcoal (density 2.0 g/cm^3 ) was filled with a gas at 300K. The pressure of the gas was 760 torr. Due to adsorption, the pressure of gas falls to 608 torr. What is the no. of gas molecules adsorbed perg of charcoal?

One gram of hydrogen gas is present in a vessel of 11.2 L capacity at 546^(@)C . What is the pressure exerted by the hydrogen gas present in the vessel ?

A Vessel of 120 mL capacity contains a certain mass of gas at 20^(@)C and 75 mm pressure. The gas was transferred to a vessel whose volume is 180 mL . Calculate the pressure of the gas at 20^(2)C