Two gases A and B, having the mole ratio of 3 : 5 in a container, exert a pressure of 8 atm. If A is removed, what would be the pressure due to B only, temperature remaining constant?

A mixture of non reacting gases exert a pressure of 5 atm. Jf one of the gases occupy 40% volume of the mixture, what would be the partial pressure in atm ?

A mixture of nonreacting gases exert a pressure of 5 atm. If one of the gases occupu 40% volume of the mixture, what would be its partial pressure in atm ?

A mixture of two gases A and B in the mole ratio 2:3 is kept in a 2 litre vessel. A second 3 litre vessel has the same two gases in the mole ratio 3:5 . Both gas mixtures have the same temperature and same pressure. They are allowed to intermix and the final temperature and pressure are the same as the initial values, the final volume beingh 5 litres. Given theat the molar masses are M_(A) and M_(B) . what is the mean molar mass of the final mixture :

A mixture of non-reacting gases exert a pressure of 5 atm. If one of the gases occupy 40% of volume of the mixture what would be its partial pressure in atm ?

Ice and water are placed in a closed container at a pressure of 1 atm and 273.15 K temperature . If pressure of the system is increased by 2 atm keeping temperature constant the correct observation would be

Ice and water are placed in a closed container at a pressure of 1 atm and 273.15 K temperature . If pressure of the system is increased by 2 atm keeping temperature constant the correct observation would be

Ice and water are placed in a closed container at a pressure of 1 atm and 273.15 K temperature. If pressure of the system is increased by 2 atm keeping temperature constant the correct observation would be

Two non- reactive gases A and B are present in a container with partial pressures 200 and 180 mm of Hg. When a third non- reactive gas C is added then total pressure becomes 1 atm then mole fraction of C will be