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

Immobilized Enzyme

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

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