If decompositon reaction `A(g)toB(g) follows first order linetics then the graph of rate of formation (R ) of B against time t will be :

If decomposition reaction A(g) to B(g) follows first order kinetics then the graph of rate of (R) of B against time t will be :

A radioactiev nuleus X deays to a stable nuleus Y . Then, time graph of rate of formation of Y against time t will be:

A radioactiev nuleus X deays to a stable nuleus Y . Then, time graph of rate of formation of Y against time t will be:

For the reaction, A(g) rarr B(g) +C(g) Select the correct graph.

Consider a first order gas phase decomposition reaction given below: A (g) to B(g) +C(g) The initial pressure of the system before decomposition of A was pi. After lapse of time 'T', total pressure of the system increased by x units and became ' p_t '. The rate constant k for the reaction is given as

Consider a first order gas phase decompostion reaction gives below A(g) to B(g) to C(g) The initial pressure of the system before decomposition of A p_(i) . After lapse of time 't' total pressure of the system increased by x units and became p_(t) . The rate constant K for the reaction is given as....... .