Question

How does an ATP molecule release
energy for cells?
A. hydrolysis
B. breaking the bond between the 2nd and 3rd phosphate
C. removing the ribose sugar

Answer 1

Answer:

B

Explanation:

when one phosphate group is removed by breaking a phosphoanhydride bond in a process called hydrolysis, energy is released.

Answer 2

The ATP molecule releases energy for cells by breaking the weak phosphate bond and converting it to ADP. This process is called A. hydrolysis.

What is the hydrolysis of ATP?

• Our body requires energy to perform various body activities and functions. This includes muscle contraction, digestion, transportation of molecules etc.
• This energy comes from the breakdown of ATP.
• The ATP molecule that is generated during the respiration process is broken down into ADP. This process is called the hydrolysis of ATP.
• The energy that is released during the breakdown of ATP is used to perform the required functions.
• Out of the three phosphate bonds, the weak phosphate bond is broken down to fulfil the energy needs of the body.

Thus, whenever the cell requires energy, the ATP is broken down into ADP by the process of hydrolysis.

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