Question

Describe how photosystem I and photosystem II work together to produce NADPH

with proper diagram.​

Answer 1

Function of photosystem I & II

Explanation:

• The enzyme NADP reductase at that point moves electrons from ferrodoxin to NADP+, producing NADPH. The entry of electrons through photosystems I and II subsequently creates both ATP and NADPH, which are utilized by the Calvin cycle chemicals in the chloroplast stroma to change over CO2 to carbohydrates too little ATP is delivered comparative with a NADP, an elective course is to take the electron from ferrodoxin of photosystem I and move it to the plastoquinone of PSII as opposed to being utilized to make a greater amount of NADPH.  
• An electron and its vitality are acknowledged by P700 and are passed to a progression of catalysts that couple oxidation-> decrease response (the death of an electron starting with one atom then onto the next with a higher proclivity for electron) to the vehicle of protons from the stroma into the thylakoid space. This makes a proton inclination.  
• The main spot a proton can diffuse down its slope into the stroma, is through an atom called ATP synthase. The particle of ATP synthase catalyzes the phosphorylation of an ADP to an ATP as a proton diffuses down its angle through the chemical.