explain how Plant cells use the ATP and NADPH that forms during photosynithesis?

Question

explain how Plant cells use the ATP and NADPH that forms during photosynithesis

Answer 1

ATP is used by the plant in the Calvin cycle to produce chemicals 1,3- Bisphosphoglycerate at the beginning and RuBP at the end of the cycle.

NADPH donates electrons to 1,3-Bisphosphoglycerate to produce Glyceraldehyde- 3 - phosphate. This G3P is used to form glucose and regenerate RuBP.

Answer 2

without going right into a lot ingredient 'reason it really is extremely targeted, ATP and NADH are used in the cellular procedure that faucets or makes use of ability. ATP has 3 phospate bonds. those are extreme ability bonds. even as one phosphate breaks away the ATP will change into ADP and the flexibility is used for cellular procedures. The NADH is used in the cycle that builds the ADP molecule back to the ATP molecule. NADH converts backward and forward to NAD even as it loses and effective factors an H+, and ATP is going backward and forward with ADP because it effective factors and loses a P. the completed cycle is favourite because the Krebs cycle and oxidative phosphorylation.

Answer 3

Without going into much detail 'cause it's pretty detailed, ATP and NADH are used in the cell process that taps or utilizes energy. ATP has three phospate bonds. These are high energy bonds. When one phosphate breaks away the ATP becomes ADP and the energy is used for cell processes. The NADH is used in the cycle that builds the ADP molecule back to the ATP molecule. NADH converts back and forth to NAD when it loses and gains an H+, and ATP goes back and forth with ADP as it gains and loses a P. The whole cycle is known as the Krebs cycle and oxidative phosphorylation.

Answer 4

ATP and NADPH are both energy-bearing molecules that provide energy to the the light-independent reactions (the Calvin cycle) to build the glucose.