ATP hydrolysis yields ADP and what other molecule?

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Multiple Choice

ATP hydrolysis yields ADP and what other molecule?

Explanation:
ATP hydrolysis involves breaking a high-energy phosphate bond with water, releasing energy the cell can use. The typical products are ADP and inorganic phosphate (Pi). This inorganic phosphate is simply a free phosphate ion that can be recycled to make ATP again. Water is consumed in the reaction, not produced, and NADH or CO2 are not products of this hydrolysis, so the correct product is inorganic phosphate.

ATP hydrolysis involves breaking a high-energy phosphate bond with water, releasing energy the cell can use. The typical products are ADP and inorganic phosphate (Pi). This inorganic phosphate is simply a free phosphate ion that can be recycled to make ATP again. Water is consumed in the reaction, not produced, and NADH or CO2 are not products of this hydrolysis, so the correct product is inorganic phosphate.

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