Photosynthesis Equation
Chloroplasts
Light & Chromatography
Light Reactions
Calvin Cycle
100

The gas byproduct created in photosynthesis

Oxygen

100

The holes in leaves that allow carbon dioxide to enter and oxygen to exit

Stomata

100

The pigment that absorbs sunlight for photosynthesis

Chlorophyll

100

Where water enters a plant.

Roots

100

Plants use this gas to create sugar

Carbon Dioxide

200

The energy needed to conduct photosynthesis comes from here

Light (sunlight)

200

The two types of organisms that contain chloroplasts

Plants and Algae

200

The light reactions of photosynthesis occur in this part of the chloroplast

thylakoid membrane

200

The purpose of sunlight in the light reactions

Break down water

200

NADPH and ATP turn into which chemicals after they release their energy?

NADP+ and ADP

300

The products of photosynthesis

oxygen & glucose

300

A stack of thylakoids

Grana

300

The color most reflected by plants.

Green

300

The three things produced when water is split.

Oxygen, H+, Electrons
300

The Calvin Cycle takes place here.

Stroma

400

The gas removed from the atmosphere during photosynthesis

carbon dioxide

400

Number of membranes that surround a chloroplast.

Two

400

The 7 colors of the visible light spectrum.

Red, Orange, Yellow, Green, Blue, Indigo, Violet

400

The gas produced during the light reactions.

Oxygen

400

Which 2 forms of energy does the Calvin cycle use?

ATP, NADPH

500

The raw materials (reactants) of photosynthesis

carbon dioxide and water

500

The gel-like fluid inside a chloroplast.

Stroma

500

The name of the pigment that makes leaves appear orange and yellow.

Carotene

500

The three products of the light reactions.

Oxygen, ATP, NADPH

500

The final product of the Calvin Cycle.

Sugar (glucose)
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