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Energy for the cell’s use is stored when

ADP and P form ATP
Acetic acid is formed
Glucose is broken into pyruvic acid
CO2 is released from the reaction

User Jackyesind
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2 Answers

13 votes

Answer:

ADP and P form ATP

Step-by-step explanation:

The high energy is released in steps and picked up by ADP and P to form the high energy phosphate (ATP). For each two hydrogens passed down the chain, three ATPs are produced. At this stage, 36 ATPs are produced from the original glucose that started out in glycolysis. After the hydrogens have given up all of the excess energy they are combined with oxygen to form water. mark me brainy plz! (^_^)

User Yahor Urbanovich
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4 votes

AnswerA. ADP and P form ATP

Step-by-step explanation:

Hope this is correct!

User Pdubois
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