When a biochemical reaction is carried out in laboratory from outside of human body in the absence of enzyme than rate of reaction obtained is 10-6 times, then activation energy of reaction in the presence of enzyme is

Question

When a biochemical reaction is carried out in laboratory from outside of human body in the absence of enzyme than rate of reaction obtained is 10-6 times, then activation energy of reaction in the presence of enzyme is (A)  6/RT  (B) P is required (C) different from, Ea obtained in laboratory (D) can't say any things

Tardigrade Admin · Accepted Answer

A. catalyst lowers the activation energy, hence chemical reaction is carried out in laboratory in the absence of enzyme has different activation energy than such reaction which is carried out in human body.

Q. When a biochemical reaction is carried out in laboratory from outside of human body in the absence of enzyme than rate of reaction obtained is $1 0^{- 6}$ times, then activation energy of reaction in the presence of enzyme is

$6/ RT$

P is required

different from, $E_{a}$ obtained in laboratory

can't say any things

A. catalyst lowers the activation energy, hence chemical reaction is carried out in laboratory in the absence of enzyme has different activation energy than such reaction which is carried out in human body.

Q. When a biochemical reaction is carried out in laboratory from outside of human body in the absence of enzyme than rate of reaction obtained is 10−6 times, then activation energy of reaction in the presence of enzyme is

6/RT

P is required

different from, Ea​ obtained in laboratory

can't say any things

A. catalyst lowers the activation energy, hence chemical reaction is carried out in laboratory in the absence of enzyme has different activation energy than such reaction which is carried out in human body.

Q. When a biochemical reaction is carried out in laboratory from outside of human body in the absence of enzyme than rate of reaction obtained is $1 0^{- 6}$ times, then activation energy of reaction in the presence of enzyme is

$6/ RT$

different from, $E_{a}$ obtained in laboratory