Food
The original source of energy for most life on this planet.
the sun
This is the organelle for aerobic cellular respiration.
mitochondria
This is an example of an organism that could do photosynthesis.
any autotroph (plant or algae)
Cellular respiration is responsible for breaking down this molecule.
glucose
This is a reactant of photosynthesis that is not recycled.
sunlight
These types of organisms can make their own food.
autotrophs or producers
This is the organelle for photosynthesis.
chloroplast
This macromolecule is the food produced by autotrophs.
carbohydrates or sugars
These are the two types of respiration.
aerobic and anaerobic
This molecule is released into the atmosphere by photosynthesis and taken from the atmosphere by cellular respiration.
oxygen
The source of energy for heterotrophs.
other organisms
Chloroplasts contain thousands of these pigment molecules.
chlorophyll
These are two molecules needed for photosynthesis.
water and carbon dioxide
ATP
This molecule is used during aerobic respiration, but not during anaerobic respiration.
oxygen
This is an example of an organic compound.
sugar/carb, protein, lipid, nucleic acid
The inside of this organelle is composed of stacks of thylakoids with surrounding stroma.
chloroplast
Autotrophs use this molecule and rearrange those atoms to make food.
carbon dioxide
When food is broken down, this molecule is released as a waste product.
carbon dioxide (technically water too)
This is one way in which photosynthesis and cellular respiration are "biochemical pathways."
the products of one are the reactants of the other
The matter that is converted into organic compounds by autotrophs.
carbon from carbon dioxide
The inside of this organelle is a highly folded inner membrane and surrounding matrix.
mitochondria
Photsynthesis can be said to convert ___ to ___.
light energy to chemical energy
These two processes follow glycolysis in the presence of oxygen in the mitochondria.
Krebs Cycle and ETC
In order, these 5 processes are involved in converting energy from sunlight into ATP.
light reactions
light-independent reactions/Calvin Cycle
glycolysis
Krebs Cycle
ETC