Question

To measure the extent to which the reaction rate is lowered because of resistance to mass transfer, the effectiveness factor of an immobilized enzyme, η can be defined as
A.reaction rate/rate if not slowed by diffusion
B. rate if not slowed by diffusion/ reaction rate
C. actual reaction rate/ rate if not slowed by diffusion
D. rate if not slowed by diffusion/ actual reaction rate

Answer 1

$\huge\bold\color {green}{Hello \: Friend \: !!}$


$\purple {\bold {Here \: is \: your \: answer }}$


$\underline\bold {Answer : Option \: C}$


↪ To measure the extent to which the reaction rate is lowered because of resistance to mass transfer, the effectiveness factor of an immobilized enzyme, η can be defined as actual reaction rate/ rate if not slowed by diffusion.



$\mathbb {\huge {\fcolorbox{yellow}{green}{Hope It Helps}}}$

Answer 2

To measure the extent to which the reaction rate is lowered because of resistance to mass transfer, the effectiveness factor of an immobilized enzyme, η can be defined as
A.reaction rate/rate if not slowed by diffusion
B. rate if not slowed by diffusion/ reaction rate
C. actual reaction rate/ rate if not slowed by diffusion
D. rate if not slowed by diffusion/ actual reaction rate



C. actual reaction rate/ rate if not slowed by diffusion