Decrease in the level of

Increased sensitivity of the chloroplast to incoming light

Decreased sensitivity of the chloroplast to incoming light

An increase in the production of carbohydrates

A proportional decrease in

Decrease in the level of

Increased sensitivity of the chloroplast to incoming light

Decreased sensitivity of the chloroplast to incoming light

An increase in the production of carbohydrates

A proportional decrease in

The energy from the absorbed light generates NADPH from the electrons of water molecules, ultimately setting up a proton gradient

The energy from the absorbed light moves the electrons from NADPH to water molecules, ultimately setting up a proton gradient

The energy from the absorbed light generates NADPH from the electrons of water molecules, ultimately leading to the creation of carbon dioxide

The energy from the absorbed light causes all of the electrons in the chloroplast to jump to higher energy levels

The energy from the absorbed light causes the generation of NADH from the electron of water molecules, ultimately setting up a proton gradient

The energy from the absorbed light generates NADPH from the electrons of water molecules, ultimately setting up a proton gradient

The energy from the absorbed light moves the electrons from NADPH to water molecules, ultimately setting up a proton gradient

The energy from the absorbed light generates NADPH from the electrons of water molecules, ultimately leading to the creation of carbon dioxide

The energy from the absorbed light causes all of the electrons in the chloroplast to jump to higher energy levels

The energy from the absorbed light causes the generation of NADH from the electron of water molecules, ultimately setting up a proton gradient