For a gaseous reaction: `A(g) rarr B(g)`, the rate expresison may be given as

For a gaseous reaction, the rate of reaction may be expressed in the units

For a gaseous reaction, the rate of reaction may be expressed in the units

For the gaseous reaction A(g) rarr 4 B(g) + 3C( g) is found to be first order with respect to A. If at the starting the total pressure was 100mm Hg and after 20 minutes it is found to be 40 mm Hg. The rate constant of the reaction is :

For the gaseous reaction A(g) rarr 4 B(g) + 3C( g) is found to be first order with respect to A. If at the starting the total pressure was 100mm Hg and after 20 minutes it is found to be 40 mm Hg. The rate constant of the reaction is :

For the reaction, 2NO_((g) + O_(2(g) rarr 2NO_(2(g) the rate law is given as. Rate =k [NO]^2[O_2] The order of the reaction with respect to O_2 is _______

Assertion : For a 2nd order reaction A+B rarr Product, the rate can be given as: K[A]^(2) or K[A][B] or K[B]^(2) . Reason: Either [A] or [B] may or may not influence the rate of reaction.

For a reaction pA + qB rarr Product, the rate law expresison is r = k[A][B]^(m) . Then