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100

The color of the leaves when pigment chlorophyll reflects light in the green wavelength. 

Green

100

The transfer of energy when a phosphate group is moved between molecules

Phosphorylation

100

Component of ATP

Adenosine three phosphate groups

100

Changing temperatures and shorter daylight hours contribute to the breakdown of this

Chlorophyll

100

The light reactions take place in this membrane

thylakoid 

200

An organic compound giving a specific color to plant or animal cells

Pigment

200

A group of pigments found in algae, green plants, and cyanobacteria

Chlorophyll

200

A technique using a solvent to separate mixtures of compounds onto filter paper

Paper chromatography

200

Large class of pigments found in plants that absorb light energy in the blue green and violent with length ranges, but reflects the yellow and orange wavelengths

Carotenoids

200

Gel like fluid found inside inner membrane of the chloroplast

Stroma 

300

Cluster of chlorophyll and other molecules in the thylakoid membrane that absorbs light energy

Photosystem

300

A series of electron carrying molecules within a membrane that transfer electrons and release energy to each transfer

Electron transport chain

300

Cellular respiration requires oxygen

Aerobic

300

The aerobic stages of cellular respiration takes place in this organelle

Mitochondria

300

Cellular respiration without oxygen

Anaerobic

400

The chemical equation for cellular respiration

C6H12O6 + 6 02 > 6C02 + 6 H2O + energy ATP

400

The anaerobic stage of silver spreading takes place in this part of the cell

Cytoplasm

400

The first stage of cellular respiration were glucose is split in half

Glycolysis

400

The stage of cellular respiration where carbon dioxide is used to complete the breakdown of pyruvic acid molecules, releasing energy

Krebs cycle

400

The molecule produced in the Calvin cycle is this, which becomes glucose

G3P

500

Calvin cycle requires these, name 2

Carbon dioxide, ATP, NADPH

500

The equation of photosynthesis

6 CO2 + 6 H2O + light energy > C6H12O6 + 6 O2

500

Four stages of cellular respiration

Glycolysis, link reaction, carbs cycle, etc

500

A cellular process producing ATP without oxygen 

Fermentation

500

Two types of fermentation

Lactic acid fermentation, and alcoholic fermentation