Inputs and Outputs
This molecule is the main input for cellular respiration.
What is glucose?
This process involves the breakdown of glucose into 2 pyruvate molecules.
What is glycolysis?
This type of organism can only do cellular respiration.
What are animals (or fungi, protists and many bacteria)?
This molecule is an output of cellular respiration that animals breathe out.
What is carbon dioxide?
This is where glycolysis happens.
What is the cytoplasm?
Two of these molecules are made during glycolysis. They are later attached to coenzyme A.
What is pyruvate?
The production of ATP in this process is 4, but the net production is different.
What is glycolysis?
These organisms are the only ones that can do photosynthesis.
What are plants?
This compound is the final electron acceptor in cellular respiration.
What is water/H2O?
This is where the citric acid cycle takes place.
What is the mitochondrial matrix?
In addition to CO2 and ATP, this is the 3rd product of cellular respiration.
What is H2O/water?
This process produces lactic acid or alcohol.
What is fermentation?
These organisms do both photosynthesis and cellular respiration.
What are plants?
These TWO molecules act as electron acceptors in the Citric Acid Cycle.
What are FAD and NAD+?
This is where oxidative phosphorylation happens.
What is the inner membrane?
Two of this molecule are needed for the reaction of glycolysis.
What is ATP?
This step of cellular respiration combine pyruvate and Coenzyme A.
What is the Link Reaction?
This organism produces ethyl alcohol during fermentation.
What is yeast?
This molecule is "recycled" if there is a lack of oxygen.
What is NAD+?
This is where the link reaction occurs.
What is the mitochondrial matrix?
This is the net production of ATP from one molecule of glucose.
What is 38?
Electrons from the Electron Transport Chain power this step of cellular respiration.
What is oxidative phosphoylation?
These organisms don't require oxygen.
What are anaerobes?
This is the product of alcohol fermentation.
What is ethyl alcohol?
This is where the most ATP is made.
What is the inner membrane?