Two vessels of capacities 3 litres and 4 litres are separately filled with a gas. The pressure are respectively 202 KPa and 101 KPa. The two vessels are connected. The gas pressure will be now, at constant temperature,

Two vessels of capacities 3 litres and 4 litres are separately filled with a gas. The pressure are respectively 202 KPa and 101 KPa. The two vessels are connected. The gas pressure now, at constant temperature, will be

Two chemically non-reactive gases are separately contained in two vessels of same capacity at pressure P_1 and P_2 respectively. If two vessels are connected, the total pressure of gaseous mixture will

The volumes of two vessels are 5 litre and 3 litre respectively. Air is filled in them at pressure of 3 atmos and 5 atmos respectively. At constant temperature if they are connected through a tube, the resultant pressure will be –

Two chemically non-reactive gases are separately contained in two vessels of same capacity at pressure P_1 , and P_2 , respectively. If two vessels are connected, the total pressure of gaseous mixture will be

Two chemically non-reactive gases are separately contained in two vessels of same capacity at pressure P_1 , and P_2 , respectively. If two vessels are connected, the total pressure of gaseous mixture will be

Two vessel of volumes 5 and 3 litres contain air at pressure of 3 and 7 atmospheres, respectively . What will be the resultant pressure when they are conncected through a small - bore tube ? Assume that the temperature remains constant throughout .

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.

A vessel of 5 litre capacity maintained at 27^(@)C" was filled with 16g of "O_(2)gas. Calculate the pressure of the gas in atmospheres in the container.

A vessel of 5 litre capacity maintained at 27^(@)C" was filled with 16g of "O_(2)gas. Calculate the pressure of the gas in atmospheres in the container.