Two vessels of equal volume contain separately equal amounts of `H_(2)` and `CH_(4)` . If the first vessel is at `300K` and second vessel is at `600K` then the ratio of pressure inside them is

Equal masses of air are sealed in two vessels, one of volume V_(0) and the other of volume 2V_(0) . If the first vessel is maintained at a temperature 300K and the other at 600K , find the ratio of the pressures in the two vessels.

Equal masses of air are sealed in two vessels, one if volume V_(0) and the other of volume 2V_(0) .If the first vessel is maintained at a temperature 300K and the other at 600K, find the ratio of the pressures in the two vessels.

Equal mass of H_(2) , He and CH_(4) are mixed in empty container at 300 K, when total pressure is 2.6 atm The partial pressure of H_(2) in the mixture is

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?

Equal moles of each H_2 , CH_4 and SO_3 are kept in a vessel. A hole is made in vessel. After an hour the partial pressures of gases will be in the order of

Equal moles of each H_2 , CH_4 , and SO_3 , are kept in a vessel A hole is made in vessel. After an hour the partial pressures of gases will be in the order of

Equal weight of CO and CH_(4) are mixed together in an empty container at 300K. The fraction of total pressure exerted by CH_(4) is

Two flasks A and B of equal volume containing equal masses of H_(2) & CH_(4) gases are at 100 K and 200 K temperature, respectively. Which of the following is true about the total KE (Kinetic energy)?

Two containers of equal volume contain the same gas at pressure P_(1) and P_(2) and absolute temperature T_(1) and T_(2) , respectively. On joining the vessels, the gas reaches a common pressure P and common temperature T . The ratio P//T is equal to

Two containers of equal volume contain the same gas at pressure P_(1) and P_(2) and absolute temperature T_(1) and T_(2) , respectively. On joining the vessels, the gas reaches a common pressure P and common temperature T . The ratio P//T is equal to