During the light-dependent reactions, an electron follows a non-cyclic path rather than a cyclic one. What unique product is formed during this non-cyclic flow?
Q1. During the light-dependent reactions, an electron follows a non-cyclic path rather than a cyclic one. What unique product is formed during this non-cyclic flow?
Answer: The reduction of NADP+ to NADPH at the end of the chain
Explanation: Non-cyclic flow involves both photosystems and produces NADPH, while cyclic flow only involves PS I and produces ATP exclusively.