If a homogeneous catalytic reaction can take place through three alternative paths as depicted below, the catalytic efficiency of P, Q, R representing the relative case would be

Question

If a homogeneous catalytic reaction can take place through three alternative paths as depicted below, the catalytic efficiency of P, Q, R representing the relative case would be (A) P> Q> R (B) Q> P> R (C) P> R> Q (D) R> Q> P

Tardigrade Admin · Accepted Answer

The catalytic efficiency of a catalyst is measured in terms of the decrease in activation energy of the reaction. A catalyst is more efficient if it decreases the Eact to a larger extent. Thus correct order for catalytic efficiency is R > Q > P.

Q. If a homogeneous catalytic reaction can take place through three alternative paths as depicted below, the catalytic efficiency of P, Q, R representing the relative case would be

$P > Q > R$

$Q > P > R$

$P > R > Q$

$R > Q > P$

The catalytic efficiency of a catalyst is measured in terms of the decrease in activation energy of the reaction. A catalyst is more efficient if it decreases the $E_{a c t}$ to a larger extent. Thus correct order for catalytic efficiency is $R > Q > P$ .

Q. If a homogeneous catalytic reaction can take place through three alternative paths as depicted below, the catalytic efficiency of P, Q, R representing the relative case would be

P>Q>R

Q>P>R

P>R>Q

R>Q>P

The catalytic efficiency of a catalyst is measured in terms of the decrease in activation energy of the reaction. A catalyst is more efficient if it decreases the Eact​ to a larger extent. Thus correct order for catalytic efficiency is R>Q>P.

$P > Q > R$

$Q > P > R$

$P > R > Q$

$R > Q > P$

The catalytic efficiency of a catalyst is measured in terms of the decrease in activation energy of the reaction. A catalyst is more efficient if it decreases the $E_{a c t}$ to a larger extent. Thus correct order for catalytic efficiency is $R > Q > P$ .