A energic reaction is defined as

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Multiple Choice

A energic reaction is defined as

Explanation:
An endergonic (energic) reaction needs energy input to proceed. Because energy is absorbed, the products have higher energy than the reactants, so the reaction stores energy in the new bonds that form. This is why absorbing energy is the defining feature. In contrast, reactions that release energy do so as heat or work (exergonic). Energy can be converted to motion in some cases, but that isn’t what endergonic chemistry hinges on. In living systems, these energy-absorbing steps are often driven by coupling to energy-releasing processes like ATP hydrolysis, so the overall pathway can proceed.

An endergonic (energic) reaction needs energy input to proceed. Because energy is absorbed, the products have higher energy than the reactants, so the reaction stores energy in the new bonds that form. This is why absorbing energy is the defining feature. In contrast, reactions that release energy do so as heat or work (exergonic). Energy can be converted to motion in some cases, but that isn’t what endergonic chemistry hinges on. In living systems, these energy-absorbing steps are often driven by coupling to energy-releasing processes like ATP hydrolysis, so the overall pathway can proceed.

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