ATP formation occurs through which of the fol | vedclass

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(D) $ATP$ can be synthesized through three primary mechanisms: photophosphorylation,oxidative phosphorylation,and substrate-level phosphorylation.$1$.

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All of these

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(D) $ATP$ can be synthesized through three primary mechanisms: photophosphorylation,oxidative phosphorylation,and substrate-level phosphorylation.$1$. Photophosphorylation: $ATP$ is synthesized from $ADP$ and inorganic phosphate using light energy,typically occurring in chloroplasts.$2$. Substrate-level phosphorylation: $A$ phosphoryl group is directly transferred from a high-energy substrate molecule to $ADP$ to form $ATP$,occurring in glycolysis and the Krebs cycle.$3$. Oxidative phosphorylation: $ATP$ is synthesized by $ATP$ synthase using the energy derived from the electron transport system,where electrons are transferred from $NADH$ or $FADH_2$ to $O_2$.

$ATP$ formation occurs through which of the following?

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