The oxygen produced in photosynthesis comes from this molecule.

This molecule is the source of carbon for building carbohydrates (sugars).

This is the most dominant pathway for fixing carbon dioxide.

These colors are the most absorbed by chlorophyll.

This is the first photosystem used in photosynthesis.

These are the products of light reactions.

This cyclic process only occurs in the stroma.

This photosynthetic pathway is used by some plants to survive in a hot-dry climate.

Ex: Corn

This is the color of bromothymol solution after being placed in the dark with elodea.

While light is used in both photosystems, this molecule is only used in II.

This is the whole point of photosystem II?

These are the three steps of the Calvin cycle.

This photosynthetic pathway separates carbon fixation and the rest of Calvin cycle by location (i.e., Mesophyll cells vs. Bundle sheath cells).

Increasing this will increase photosynthesis, but only up until a certain point and then it will stabilize.

The purpose of this molecule is to carry electrons for use in the Calvin cycle.

This term means ATP production by sunlight.

This is the product of the Calvin cycle.

This photosynthetic pathway separates carbon fixation and the rest of the Calvin cycle by time of day.

If there is none of this gas present, photosynthesis cannot make sugars.

For every glucose molecule this is how many G3P molecules are used to regenerate RuBP.

This supplies the electrons entering the electron transport chains.

This enzyme fixes CO2 to a 5-carbon organic compound called RuBP.

This pathway of electron flow only produces ATP; making up for the ATP debt created in the Calvin Cycle.

Only under optimal conditions does this increase photosynthesis. Too much, or too little, and photosynthesis will be reduced.

These are the openings by which CO2 is transferred into a plant cell?