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(D) In the given graph representing the progress of an enzymatic reaction: $1$. The $y$-axis represents the potential energy of the molecules. Thus,$a

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$a-i, b-ii, c-iv, d-iii$

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(D) In the given graph representing the progress of an enzymatic reaction: $1$. The $y$-axis represents the potential energy of the molecules. Thus,$a$ corresponds to $(i)$ Potential energy. $2$. The peak of the curve represents the transition state of the reaction. Thus,$b$ corresponds to (ii) Transition state. $3$. The activation energy is the energy required to reach the transition state from the substrate level. The curve with the higher peak represents the reaction without an enzyme,and the curve with the lower peak represents the reaction with an enzyme. $4$. Therefore,$c$ represents the activation energy without enzyme (iv),and $d$ represents the activation energy with enzyme (iii). $5$. Matching these: $a-(i), b-(ii), c-(iv), d-(iii)$. This corresponds to option $D$.

Similar Questions

What is common among amylase,rennin,and trypsin?

The figure given below shows the conversion of a substrate into product by an enzyme. In which one of the four options $(A-D)$ are the components of the reaction labeled as $A, B, C,$ and $D$ identified correctly?

$A$: Allosteric enzymes do not show a typical Michaelis-Menten constant or behavior.
$R$: All enzymes work at the same $pH$.

At boiling temperature, an enzyme is:

Which enzyme shows the greatest substrate specificity?

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