Put the steps of the light reaction in the correct order

Question

Photosynthesis two receives photons in the form of light energy
Light energy is transferred to a chlorophyll.Reaction center where electrons become energized
Wat.
Er is split o replace the electrons in photosynthesis two
H plus ion slow down the concentration.Credit through a channel in a t p synthesis releasing energy in the process
Electrons move down the electron transport chair releasing energy
At the end of the electron transport chair, the energized electrons in an h plus ion are used to reduce n.ADP plus 2N.A d p h
A protein in the electron transport chair pumps h plus ions from the storma into the play a thaoid space
Electrons from photosynthesis become energized and escaped plato's system and moved down the second electron transport chain
Electrons from the electron transport chain , close to photosytem replace the electrons lost in Photo system one
Electrons move to an electron.Accept the electron transport chain and electron and photo system.One are replaced by the splitting of the water molecule
A t p uses energy to add a photo fade to a d p forming a t p

Answer 1

Here are the steps of the light reaction of photosynthesis arranged in the correct order:

1. Photosystem II receives photons in the form of light energy.
2. Light energy is transferred to a chlorophyll reaction center where electrons become energized.
3. Electrons from the reaction center become energized and escape Photosystem II, moving down the electron transport chain.
4. A protein in the electron transport chain pumps H+ ions from the stroma into the thylakoid space.
5. Water is split to replace the electrons lost in Photosystem II.
6. Electrons move down the electron transport chain, releasing energy.
7. Electrons from the electron transport chain replace the electrons lost in Photosystem I.
8. Electrons from Photosystem I become energized and move down a second electron transport chain.
9. At the end of the electron transport chain, the energized electrons and H+ ions are used to reduce NADP+ to NADPH.
10. H+ ions flow down their concentration gradient through ATP synthase, releasing energy in the process.
11. ATP synthase uses energy to add a phosphate group to ADP, forming ATP.

This sequence highlights the key events in the light-dependent reactions of photosynthesis that take place in the thylakoid membranes of chloroplasts.