A vessel of volume `1660 cm^(3)` contains `0.1 "mole"` of oxygen and `0.2 "mole"` of nitrogen. If the temperature of the mixture is `300 K`, find its pressure.

A vessel of volume 2000cm^(3) contains 0.1 mol of oxygen and 0.2mol of caron dioxide. If the temperature if the mixture is 300K, find its pressure.

A vessel of volume 2000cm^(3) contains 0.1mol of oxygen and 0.2mol of carbon dioxide. If the temperature of the mixture is 300K, find its pressure.

A vessel of volume 2000cm^(3) contains 0.1mol of oxygen and 0.2mol of carbon dioxide. If the temperature of the mixture is 300K, find its pressure.

A vessel of volume 2000 cm^3 contains 0.1 mol of oxygen and 0.2 mol of carbon dioxide. If the temperature of the mixture is 300K. Find its pressure.

A cylindrical container of volume 4.0 xx 10^( - 3) m^3 contains one mole of hydrogen and two moles of carbon dioxide. Assume the temperature of the mixture is 400 K. The pressure of the mixture of gases is : [Take gas constant as 8.3 J mol^(- 1) K^(- 1) ]

A vessel of volume V contains n_(1) moles of oxygen and n_(2) moles of carbon dioxide at temperature T . Assuming the gases to be ideal, find, (a) the pressure of the mixture, (b) the mean molar mass of the mixture.

A container of volume 0.166 m^3 contains a mixture of 1.60 g oxygen and 2.80 g nitrogen at constant temperature 300 K. Find the pressure of the mixture.

A vessel of volume 5000 cm^3 contains (1/20) moles of molecular nitrogen at 1800K. If 30% of the molecules are now dissociated the pressure inside the vessel (in Pa) will be