If concentration of a first order reaction is increased by 'x' times then rate constant (k) becomes
a) e^-k/x
b) x/k
c) k
d) e^k/x

Share with your friends

Share 0

Question

If concentration of a first order reaction is increased by 'x'
times then rate constant (k) becomes
a) e-k/x
b) x/k
c) k
d) ek/x

Yasodharan · Accepted Answer

Dear Student,

The computation are expressed below,

ln [Ao][A]=ktwhen increased by x,ln (x) = kt  ⇒ by taking anti-ln we get, ekxHence the asnwer is Option (D)
Regards

If concentration of a first order reaction is increased by 'x' times then rate constant (k) becomes a) e-k/x b) x/k c) k d) ek/x