Two containers of equal volume enclose equal masses of hydrogen and helium at `300K`. Find (i) the ratio of pressure and (ii) the ratio of total `K.E.` of all the molecules of the two gases.

Two tanks of equal volumes contain equal masses of hydrogen and helium at the same temperature. Then :

Two tanks of equal volume contain equal mass of oxygen and nitrogen at 127^@C .Find the ratio of pressure in two tanks.

Two tanks of equal volume contain equal mass of oxygen and nitrogen at 127^@C .Find the ratio of number of molecules in two tanks.

Two vessels A and B having equal volume contain equal masses of hydrogen in A and helium in B at 300 K. Then, mark the correct statement?

Two vessels A and B having equal volume contain equal masses of hydrogen in A and helium in B at 300 K. Then, mark the correct statement?

Two vessels A and B having equal volume contain equal masses of hydrogen in A and helium in B at 300 K. Then, mark the correct statement

Two tanks of equal volume contain equal masses of oxygen and nitrogen at 410 K. find the ratio of (i) the number of molecules of the gases (ii) the presesure exerted by the gases in the two tanks .

Two containers A and B of equal volume contain 6 g of O_(2) and SO_(2) at 300K. and 1 atm. Then

Equal masses of oxygen, hydrogen and methane are taken in a container in identical conditions. Find the ratio of the volumes of the gases.