In Q.No .5, if the mixture of gases was allowed to come to quilibrium .The volume of the reaction vessel was then rapidly increased by a factor of two .As a result of the change the reaction quotient `(Q_(c))` would:

What is meant by reaction quotient, Q_c ?

Explain direction of reaction by reaction quotient - Q_(c) .

The rate of a gaseous reaction is equal to k[A][B]. The volume of the reaction vessel containing these gases is reduced by one fourth of the initial volume. The rate of the reaction would be

The reaction 2A + B_(2) to 2AB is an elementary reaction. For a certain quantity of reactants, if the volume of the reaction vessel is reduced by a factor of 3, the rate of the reaction increases by a factor of _________ . (Round off to the Nearest Integer).

Consider the gaseous reaction having rate = k[A] [B] The volume of the reaction vessel containing these gases is suddenly reduced to one-fourth the initial volume. The rate of reaction relative to original rate would be :

Consider a gaseous reaction, the rate of which is given by k[A][B], the volume of the reaction vessel containing these gases is suddenly reduced to 1/4th of the initial volume. The rate of reaction relative to the original rate would be

In a gaseous reaction 2P + Qrarr Products : Rate =k [P]^(2) [Q] The volume of the reaction vessel is suddenly reduced to half of its initial volume . The rate of eaction as compared to original rate becomes :

The Gibbs energy change and standard Gibbs energy change for a reaction are same if the reaction quotient Q has value equal to :