Inputs and Outputs
Organelles and Pigments
Energy Transformations
Chemical Equations and Formulas
Matter and Energy Flow
100

The gas taken in by plants from the surrounding environment to perform photosynthesis. 

Carbon Dioxide CO2

100

Specialized cell organelle where photosynthesis takes place in plant cells. 

Chloroplast

100

The initial energy source that enters the plant system to drive photosynthesis

Solar energy

100

Chemical formula for water

H2O

100

Types of living organisms capable of carrying out photosynthesis to transform light energy

Plants

200

The liquid matter absorbed by plant roots and used as a reactant in photosynthesis. 

Water (H2O)

200

The green pigment found inside chloroplasts that absorbs solar energy. 

Chlorophyll

200

The form of energy stored inside the chemical bonds of glucose molecules

Chemical energy

200

Chemical formula for carbon dioxide

CO2

200

Where the plant gets CO2 and H2O from

The air and soil

300

The gas released by plants into the air as a matter output of photosynthesis. 

Oxygen (O2)

300

The fluid-filled space inside the chloroplast surrounding the thylakoid membranes

Stroma

300

The primary energy carrier molecule generated during light-dependent reactions to power sugar production

ATP (Adenosine triphosphate) 

300

The chemical formula for glucose

C6H12O6

300

Photosynthesis transforms ___________energy into ___________ energy

Solar; chemical

400

The simple sugar produced during photosynthesis that stores chemical energy

Glucose (C6H12O6)

400

The membrane structures inside the chloroplast where light-dependent reactions occur

Thylakoids

400

The electron carrier molecule produced alongside ATP in light-dependent reactions

NADPH

400

General term for substances that enter a reaction, like carbon dioxide and water in photosynthesis

Reactants

400

The two main sub-systems or reaction stages where energy transfers occur inside the chloroplast

Light dependent and light independent reactions

500

The two matter outputs produced when carbon dioxide and water react during photosynthesis

Glucose and Oxygen

500

The structure responsible for converting light energy into stored chemical energy inside plant cells

Chloroplast

500

Photosynthesis stores energy in the difference between the chemical bonds of these two groups of molecules

Reactants and products

500

General term for substances created by a reaction, like sugar and oxygen in photosynthesis

Products

500

Photosynthesis demonstrates the cycle of matter and flow of energy between an organism and this system 

The environment