Light energy is ____ by accessory (antenna) pigments of PSII / P680, then transferred to the ____ center. Electron is ____ / excited (and released). This creates an electron ____. Photolysis of water molecule to form H+ and OH- / proton, electron & 1⁄2 O2 // an ____ called Z protein helps to split up water molecules. The electrons form photolysis ____ the electrons released from PSII. The PSII / P680 molecule returns to its reduced / ____ state. The electrons released from PSII are accepted by ____ electron acceptor / phaeophytin and pass along ETC and then to PSI / P700 // and pass to ____ , cytochrome (b2f) complex, ____ and then PSI / P700. High ____ electrons in PSI / P700 are ejected and are accepted by (primary) electron acceptor and pass along the ETC until ____. NADP+ reductase transfers the electron to ____. NADP+ receives proton (from photolysis) to form ____ (which is released into the stroma). The process also produces ____, H2O and ATP / ATP and NADPH.

Discuss the non-cyclic photophosphorylation of light dependent reaction

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