Chemical energy

Kinetic energy

Light energy

Red, green and blue

Red, orange and blue

Green, orange and purple

Red and blue

Green and blue

Green and red

Yellow and red

Produce ATP and form carbon dioxide

Produce ATP and split water molecules

Produce ATP and form oxygen only

A group of hundreds of chlorophyll molecules located on the inner membrane of the chloroplast

A group of hundreds of chlorophyll molecules located in the stroma of the chloroplast

A group of hundreds of chlorophyll molecules located in thylakoid membranes

A group of hundreds of chlorophyll molecules located in the cytoplasm of the plant cell

The light energy absorbed by the chlorophyll raises an electron in the molecule to be raised to a higher energy level

The light energy absorbed by the chlorophyll moves an electron in the molecule to a lower energy level

To the stroma

To a series of electron carriers in the thylakoid membranes

To a series of electron carriers in the mitochondrial membrane

Osmosis

Facilitated Diffusion

Active transport

Chemiosmosis

cyclic photophosphorylation

non-cyclic photophosphorylation

The stroma of the chloroplast

The stroma of the mitochondrion

The thylakoid membrane

The cytoplasm

oxygen

carbon dioxide

water

a proton

Ribulase

Ribulose biphosphase

Rubisco

Rubasco

6-carbon compound which is then split into two molecules of glycerate 3-phosphate

5-carbon compound which is then split into two molecules of glycerate 3-phosphate