(B) In the process of catalysis,the role of desorption is to remove the product molecules from the surface of the catalyst. This process frees up the

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To remove the product molecules from the catalyst surface to make space for new reactant molecules.

(B) In the process of catalysis,the role of desorption is to remove the product molecules from the surface of the catalyst. This process frees up the active sites on the catalyst surface,allowing new reactant molecules to adsorb and react,thereby maintaining the catalytic cycle.

Class 12 Chemistry Surface Chemistry Catalyst and Catalysis

Easy

What is the role of desorption in the process of catalysis?

A
To increase the surface area of the catalyst.
B
To remove the product molecules from the catalyst surface to make space for new reactant molecules.
C
To decrease the activation energy of the reaction.
D
To form an intermediate complex with the reactants.