Consider the reaction coordinate diagram shown below for the conversion of substrate (S) to product (P). Assume that a hypothetical enzyme is added that destabilizes the substrate (S) so that it has the free energy of S*, but otherwise the reaction is the same (in other words, it still goes through the transition state indicated in the diagram). Justify why the hypothetical enzyme is a catalyst.

Question

Consider the reaction coordinate diagram shown below for the conversion of substrate (S) to product (P). Assume that a hypothetical enzyme is added that destabilizes the substrate (S) so that it has the free energy of S*, but otherwise the reaction is the same (in other words, it still goes through the transition state indicated in the diagram). Justify why the hypothetical enzyme is a catalyst.
Consider the reaction coordinate diagram shown below for the conversion of substrate (S) to product (P). Assume that a hypothetical enzyme is added that destabilizes the substrate (S) so that it has the free energy of S*, but otherwise the reaction is the same (in other words, it still goes through the transition state indicated in the diagram). Justify why the hypothetical enzyme is a catalyst.

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The Answer of Consider the reaction coordinate diagram shown below for the conversion of substrate (S) to product (P). Assume that a hypothetical enzyme is added that destabilizes the substrate (S) so that it has the free energy of S*, but otherwise the reaction is the same (in other words, it still goes through the transition state indicated in the diagram). Justify why the hypothetical enzyme is a catalyst.

Consider the Reaction Coordinate Diagram Shown Below for the Conversion