describe what must come together in order for atp to be made

ATP is made when energy, raw materials, and the right enzyme system all come together in the cell.

Core idea: what must come together

To synthesize ATP, a cell must bring together:

• ADP (adenosine diphosphate), which is the “partially charged” nucleotide.

• Inorganic phosphate (PiP_iPi​), which will be added onto ADP.

• A source of energy to drive the bonding of ADP and PiP_iPi​.

• The enzyme ATP synthase (or another ATP‑forming enzyme) to catalyze the reaction.

• The correct environment (membranes, gradients, or substrates) so the enzyme can work.

In mitochondria: oxidative phosphorylation

For most ATP in cells, all of this comes together in mitochondria through oxidative phosphorylation.

What is needed:

• A supply of high‑energy electrons from NADH and FADH2_22​, generated by glycolysis and the citric acid cycle.

• An intact inner mitochondrial membrane containing the electron transport chain and ATP synthase.

• Oxygen as the final electron acceptor to keep electrons flowing through the chain.

• A proton (H +^++) gradient across the inner membrane; as protons flow back through ATP synthase, the enzyme uses that energy to join ADP and PiP_iPi​ into ATP.

In short, ATP is made when ADP and phosphate meet ATP‑forming enzymes in the right structural setting (like a membrane with a proton gradient) and are supplied with energy from redox reactions or high‑energy substrates.

describe what must come together in order for ATP to be made: ADP + PiP_iPi​ + energy + ATP‑forming enzyme (often ATP synthase) in the proper cellular environment.

TL;DR: ATP forms when ADP and inorganic phosphate are brought together by ATP‑producing enzymes and powered by energy from respiration, usually using a proton gradient across a membrane in mitochondria.

Information gathered from public forums or data available on the internet and portrayed here.