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The stable e- then gets struck by a photon once again, and gets excited and rises up

The 1 e- that gets struck gets excited and rises up to the electron acceptor and becomes unstable.

Electron Transport Chain

The excited e- then becomes unstable again, and it becomes more stable by going down a transport chain again. This it combines with NADP+ and becomes the reduced form of NAPH

The photon strikes the thylakoid

The e-that gets struck by a photon is gets excited and becomes extremely unstable, and goes down an electron transport chain to become more stable

The e- that doesn't get struck is used to pump a h+ in to the thylakoid from a lower concentration from the stroma to a higher concentration to the thylakoid

The H20 comes in to the thylokoid

The H2O splits into 2e- and 2p+ and also an O molecule that gets released

The 2e- enter the thylakoid and get struck by photons

Chlorophyll

ADP+ P=ATP

The 2p+ move on to try to add a P to ADP

CO2 comes into the cell

Rubisco is the Carbon receiver and the O2 is released

3 P-C-C-C-C-C-C-P

The molecule is too large

Ribulose biphosphate

(RuBP) (Rubisco)

6 P-C-C-C

ATP

3 ADP

ADP

6 P-C-C-C-P

3 ATP

From Light Dependent Reaction

From Photosystem 1

5 C-C-C-P

NADPH

NADP+

6G3P (C3P2)

1 G3P leaves

G3P

2 G3P and 6H2O make glucose

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