The diagram shows the structure of adenosine diphosphate (adp). what describes the conversion of adp to atp? *
1 point

a release of energy as one phosphate group detaches
an input of energy as both phosphate groups detach
a release of glucose as a third phosphate group is attached
an input of energy to attach a third phosphate group

When ADP convert to ATP an input of energy to attach a third phosphate group.

Explanation:

The ATP is known as 'Energy currency of cell'. It contains 3 high energy phosphoanhydryde bonds. While ADP has only 2 phosphoanhydryde bonds.

It forms during via condensetion during reaction during the glycolysis, Oxidative phosphorilation, and photosynthesis.

When ATP convert to ADP to produce energy, this energy used during the cellular work and biosynthesis process inside a cell.

For more details, you can refer to the link:

link

An input of energy to attach a third phosphate group describes the conversion of ADP to ATP.

Explanation: ATP stands for adenosine triphosphate, where three phosphoric acids attach themselves to provide high energy phosphate groups to it. This process of conversion of ADP to ATP is called as phosphorylation.

thrombocytopenia, which is a deficiency in blood platelets, can cause bleeding and bruising in the dermis similar to senile purpura. other possible causes include: exposure to ultraviolet rays and aging skin are common causes of senile purpura. senile purpura may also be a sign of collagen loss in the skin and bones.

silty loam

hope this