Photosynthesis
Cellular Respiration
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100
The process where sun energy, along with CO2 and water, create O2 and glucose (sugar)
Photosynthesis
100
The process cells use to take food energy (glucose and water) and turn it into ATP.
Cellular Respiration
100
An increase in carbon dioxide in the atmosphere would increase the amount of this process happening.
Photosynthesis
100
The pigment that captures sunlight for photosynthesis
Chlorophyll
100
What color is the chlorophyll pigmant
Green
200
Water enters the plants.
Roots
200
The organelle that performs cellular respiration in ALL plant and animal cells.
Mitochondria
200
This process will screech to a halt if Colorado goes into a major drought in the summer?
Photosynthesis
200
The powerhouse of the cell
Mitochondria
200
The system in the human body that transports glucose and oxygen to the mitochondria
Circulatory System
300
The part of the plant responsible for gas exchange... absorbs CO2, releases O2.
Stomata
300
Reactants (inputs) of cellular respiration.
Glucose and Oxygen
300
Planting more trees would increase this amount of gas in the atmosphere.
Oxygen
300
Another word for glucose
Sugar
300
Where are chloroplast located on plants?
Leaves
400
The reactants (inputs) of photosynthesis
Water, carbon dioxide, sunlight
400
Products (outputs) of cellular respiration.
Carbon Dioxide, Water, and ATP
400
Burning more fossil fuels (coal, oil, natural gas) increases the amount of this gas in the atmosphere.
Carbon Dioxide
400
The chemical formula for glucose
C6H12O6
400
The chemical formula for PHOTOSYNTHESIS (include sunlight)
6CO2 + 6H2O + Sunlight --> C6H12O2 + 6O2
500
The organelle that captures light in a plant cell.
Chloroplast
500
The energy currency of the cells
ATP
500
When is photosynthesis production higher... day or night?
Day
500
The system in the human body that breaks down glucose molecules
Digestive System
500
The chemical formula for CELLULAR RESPIRATION
C6H12O2 + 6O2 --> 6CO2 + 6H2O + ATP Energy