In the given equation E + S rightarrow E-S te | vedclass

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(D) The equation represents the mechanism of enzyme action. $E$ stands for the enzyme, $S$ stands for the substrate, and $E-S$ represents the enzyme-s

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$P$

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(D) The equation represents the mechanism of enzyme action. $E$ stands for the enzyme, $S$ stands for the substrate, and $E-S$ represents the enzyme-substrate complex. According to the model of enzyme catalysis, the enzyme binds to the substrate to form an enzyme-substrate complex, which then dissociates to release the enzyme and the product $(P)$. Therefore, the equation $E + S ightarrow E-S 	ext{ Complex} ightarrow E + P$ shows that "$a$" represents the product $(P)$.

In the given equation $E + S \rightarrow E-S \text{ Complex} \rightarrow E + P$, what does the part labeled "$a$" represent?

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