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100

Green

  1. autotrophs
  2. traps light energy
  3. heterotrophs
  4. plants absorb
  5. plants reflect

5. Plants reflect

100

CO2,H20

  1. addition of electrons
  2. removal of electrons
  3. produced in Light Reactions
  4. used by photosynthesis
  5. produced by photosynthesis

4. Used by photosynthesis 

100

CAM plants

  1. provides hydrogen and electrons for Dark Reactions
  2. live under moderate climate conditions
  3. uses energy from sulfur compounds
  4. open stomates only at night
  5. Corn

Open stomates only at night 

200

Plants

1. autotrophs

2. traps light energy

3. heterotrophs

4. plants absorb

5. plants reflect

1. Autotrophs

200

C6H12O6,O2

  1. addition of electrons
  2. removal of electrons
  3. produced in Light Reactions
  4. used by photosynthesis
  5. produced by photosynthesis

5. Produced by photosynthesis 

200

C4 plants

  1. provides hydrogen and electrons for Dark Reactions
  2. live under moderate climate conditions
  3. uses energy from sulfur compounds
  4. open stomates only at night
  5. Corn

5. Corn

300

Animals

1. autotrophs

2. traps light energy

3. heterotrophs

4. plants absorb

5. plants reflect 


3. Heterotrophs 

300

Oxidation

  1. addition of electrons
  2. removal of electrons
  3. produced in Light Reactions
  4. used by photosynthesis
  5. produced by photosynthesis

2. Removal of electrons

300

NADPH

  1. provides hydrogen and electrons for Dark Reactions
  2. live under moderate climate conditions
  3. uses energy from sulfur compounds
  4. open stomates only at night
  5. Corn

1. Provides hydrogen and electrons for Dark Reactions

400

Chlorophyll 

1. autotrophs

2. traps light energy

3. heterotrophs

4. plants absorb

5. plants reflect

2. Traps light energy

400

Reduction

  1. addition of electrons
  2. removal of electrons
  3. produced in Light Reactions
  4. used by photosynthesis
  5. produced by photosynthesis

1. Addition of electrons

400

C3 plants

  1. provides hydrogen and electrons for Dark Reactions
  2. live under moderate climate conditions
  3. uses energy from sulfur compounds
  4. open stomates only at night
  5. Corn

2. Live under moderate climate conditions

500

Blue, violet, red, orange

1. autotrophs

2. traps light energy

3. heterotrophs

4. plants absorb

5. plants reflect

4. Plants absorb

500

ATP

  1. addition of electrons
  2. removal of electrons
  3. produced in Light Reactions
  4. used by photosynthesis
  5. produced by photosynthesis

3. Produced in light reactions 

500

Chemosynthesizers 

  1. provides hydrogen and electrons for Dark Reactions
  2. live under moderate climate conditions
  3. uses energy from sulfur compounds
  4. open stomates only at night
  5. Corn

3. Uses energy from sulfur compounds