Question

final question, and remember to see your scores at the end so it transfers over to canvas.... when atp is used, what does it become? amp nadp+ nadph it doesnt become anything, it just disappears adp

Explanation:

ATP (adenosine triphosphate) is the energy - carrying molecule in cells. When ATP is used (hydrolyzed), it loses one phosphate group. The reaction is \(ATP + H_2O
ightarrow ADP+P_i+\text{energy}\), where \(P_i\) is an inorganic phosphate.

• \(AMP\) (adenosine monophosphate) is formed when \(ADP\) is further hydrolyzed, not directly from \(ATP\) in the common energy - using reactions.
• \(NADP^+\) and \(NADPH\) are related to redox reactions in processes like photosynthesis and are not products of \(ATP\) hydrolysis.
• \(ATP\) does not just disappear; it is converted to other molecules as it releases energy.

Answer:

ADP