NEED HELP ASAP RN PLS Cells require energy to complete biological processes. How is energy initially released from ATP to make these processes possible?

A) by breaking the bonds between the first and second phosphates

B) by breaking the bonds between the second and third phosphates

The ATP molecule is an energetic molecule in our body, to answer this question we need to understand that

The living organism needs an uninterrupted supply of energy to maintain its basic activities. The alteration of this energy from the breakdown or the alteration of the organic alteration of foods, mainly glucose. It is released to the environment and its transfer is not mandatory for others, allowed as  ATP (Adenosine Triphosphate), which are reserved only for energy, releasing it. They are energy breaks, which after binding, release energy for cellular activities.

The ATP molecule is formed by one molecule of Adenosine (Adenine + Ribose) and three of Phosphate. The bonds that keep the second and third phosphate radicals trapped in ATP are very energetic. Therefore, every time the third phosphate is released from the set, energy will be released that held it together with ATP.

With this information we conclude that the correct answer is B.

We also concluded that ATP has the function of capturing the energy released in reactions in which energy is released, storing this energy in highly energetic molecular bonds and transferring it to cellular processes that need to absorb energy, and breaking the bonds between the second and third phosphates for cells require energy to complete biological processes.

Learn more about ATP in link

B

Explanation:

You said this is easy, if so why dont you do it lol.

***If you found this answer helpful please click the heart Icon and rate me 5 star, it would be nice if I got brainliest, thanks!***