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 diffusionB-rate if not slowed by diffusion/ reaction rateC-actual reaction rate/ rate if not slowed by diffusionD-rate if not slowed by diffusion/ actual reaction rate-C-actual reaction rate/ rate if not slowed by diffusion

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To measure the extent to which the reaction rate is lowered because of resistance to mass transfer, the effectiveness factor of an immobilized enzyme, &eta; can be defined as-A-reaction rate/rate if not slowed by diffusionB-rate if not slowed by diffusion/ reaction rateC-actual reaction rate/ rate if not slowed by diffusionD-rate if not slowed by diffusion/ actual reaction rate-C-actual reaction rate/ rate if not slowed by diffusion

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The correct option is  C actual reaction rate/ rate if not slowed by diffusion No answer description is available.

Immobilized Enzyme

Q1: 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

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Immobilized Enzyme

Q1: 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

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For help Students Orientation Mcqs Questions

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Mcqs Questions