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ATP contains ________ bonds.

Entry field with correct answer
one phosphoanhydride and two phosphoester
two phosphoester and one glycosidic
three phosphoanhydride
one amide and three phosphoanhydride
one phosphoester and two phosphoanhydride

User IVI
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2 Answers

5 votes

Answer:

one phosphoester and two phosphoanhydride

User Abeer Iqbal
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Final answer:

ATP contains one phosphoanhydride and two phosphoester bonds. The phosphoanhydride bonds are high-energy bonds that store potential energy and release energy during hydrolysis.

Step-by-step explanation:

ATP contains one phosphoanhydride and two phosphoester bonds. The phosphoanhydride bonds are high-energy bonds that store a significant amount of potential energy, and the phosphoester bonds are lower in energy. When hydrolysis occurs, the high-energy bonds are broken, releasing energy that can be used for cellular processes.

User LandonC
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