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A gas X of molar mass 40 g/mol is found to be 50% dissociated at equilibrium into two gaseousspecies Y and Z with molar masses 26 g/mol and 14 g/mol respectively. Rate of effusion of equilibrium mixture must be(1) Faster than that of CH4 gas under all identical conditions(2) slower than that of CO2 gas under alll identical conditions(3) Faster than that of N2 gas under all identical conditions(4) Slower than that of Ar gas under all identical conditions.

Answer» A gas X of molar mass 40 g/mol is found to be 50% dissociated at equilibrium into two gaseous
species Y and Z with molar masses 26 g/mol and 14 g/mol respectively. Rate of effusion of equilibrium mixture must be
(1) Faster than that of CH4 gas under all identical conditions
(2) slower than that of CO2 gas under alll identical conditions
(3) Faster than that of N2 gas under all identical conditions
(4) Slower than that of Ar gas under all identical conditions.


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