In homogenous reaction `A_((g))rarr B_((g})+C_((g))` initial pressure was `P_(0)` and after time "t" it was "P" .Then correct expression is

For the reaction A_((g)) hArr B_((g)) + C_((g))

In a homogenous reaction A rarr B+C+D the initial pressure was P_(0) and after time t it was P. Expression for rate constant k in terms of P_(0) , P and t will be

For a first order homogenous gaseous reaction, Ato2B+C then initial pressure was P_(i) while total pressure after time 't' was P_(t) . The right expression for the rate constants k in terms of P_(i),P_(t) and t is :

For a homogeneous gaseous reaction A rarr B + C + D , the initial pressure was P_0 white pressure after time 't' was P. if (P gt P_0) The expression for the constant K is

For a homogeneous gaseous phase reaction 2Ararr 3B+C , the initial pressure was P^(@) while pressure at time 't' was P . Find the pressure after time 2t . Assume first-order reaction.

For a first order gas phase reaction : A_((g)) to 2B_((g)) +C_((g)) P_(0) be initial pressure of A and P_(t) the total pressure at time 't'. Integrated rate equation is :

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

For a first order homogeneous gaseous reaction Ato 2B+C if the total pressure after time t was P_(1) and after long time (t to infty) was P_(infty) then K in terms of P_(t_(1)) P_(infty) t is

For a gas phase first order reaction, A(g) rightarrow B(g)+2C(g)+D(g) The initial pressure was P_(0) While pressure after 't' time becomes P_(t) ( P_(t) > P_(0) ). The expression for the rate constant (K) would be