Energy
Glycolysis
Citric Acid Cycle
ETC/Chemiosmosis
MISC
100
Heterotrophs get their energy by doing this.
What is consuming other organisms?
100
Where glycolysis takes place in the cell.
What is the cytosol?
100
The location of the citric acid cycle.
What is the matrix of the mitochondria?
100
What is water?
100
One of the three unique properties of mitochondria.
What is...
1) Contains circular DNA?
2) Mitochondria come exclusively from the mother.
3) The DNA is supplied by the sperm.
200
What is kinetic energy?
200
The main product of the investment phase of glycolysis.
What is G3P?
200
The two molecules that transport H+ ions and electrons to the ETC.
What are NADH and FADH2?
200
The final electron acceptor in the ETC.
What is oxygen?
200
The total ATP made during chemiosmosis.
What is 32?
300
Producers like plants use energy from the sun or minerals to make these potential energy molecules.
What are polysaccharides/sugars?
300
What is ATP?
300
The 2-carbon molecule left over after Coenzyme A exits the matrix which combines with a 4-carbon molecule to form citric acid.
What is acetate?
300
The location of ATP synthase and the ETC.
What is the inner mitochondrial membrane?
300
What is carbon dioxide (CO2)?
400
Balanced cellular respiration equation
400
This must be present for glycolysis to work.
What is NAD+?
400
The 2-carbon compounds that are released from the citric acid cycle that allow the 4-carbon molecule to be reformed at the end of the cycle.
What is CO2?
400
The location of the H+ reservoir.
What is the inter-membrane space?
400
The number of ATP molecules used per second to flex the average bicep muscle.
What is 9.375 quintillian?
500
The three parts of an ATP molecule.
What are three phosphate groups, ribose, adenine?
500
What is NADH?
500
The kind and number of molecules produced during each turn of the citric acid cycle.
What are 2-CO2, 1-ATP, 3-NADH, and 1-FADH2?
500
The energy from the electrons is used to do this.
What is "pump H+ ions from the matrix into the inter-membrane space"?
500
These are the products (and amount) made for every glucose molecule broken down between acetyl-CoA formation and the citric acid cycle.
What are 6-CO2, 2-ATP, 8-NADH, and 2-FADH2?