The reactants and products of the light independent reaction.
What are H2O and CO2?
100
This type of respiration occurs when oxygen is not present.
What is anaerobic respiration.
100
What macromolecule an enzyme is.
What is a protein
100
The number of phosphates in ATP
What is three
100
What would happen if the CO2 piece was removed.
What is the light independent reaction would not occur?
200
The reactants and products of the Light Dependent reaction.
What are CO2 and sugar
200
The most ATP is produced in this stage.
What is electron transport?
200
These bind to enzymes. Enzymes work on these.
What is substrates.
200
This happens when the last phosphate in ATP is broken off to form ADP.
What is energy is released
200
What would happen if C6H12O6 wasn't present in cellular respiration.
What is cellular respiration wouldn't occur
300
Where photosynthesis takes place.
What is the Chloroplast?
300
Where the Krebs cycle and electron transport take place in the cell.
What is the mitochondria
300
This happens to enzymes after they catalyze a reaction.
What is nothing. They are unchanged and re-usable
300
Number of phosphates in ADP.
What is two
300
Where in the cell glycolysis takes place.
What is the cytoplasm?
400
Leaves look green because light is...
What is reflected
400
The two products formed from the Krebs cycle
What are CO2 and ATP (energy)
400
What the lock and key model represents.
That only one enzyme fits/works with one substrate.
400
What ATP stands for.
What is Adenosine Triphosphate
400
The relationship between photosynthesis and cellular respiration.
The reactants in photosynthesis are the products in cellular respiration and the reactants in cellular respiration and the products of photosynthesis.
500
What we get from the light dependent reaction that is used in the light independent reaction.
What is an energy rich molecule?
500
The aerobic respiration equation.
C6H12O6 + O2 ---------> CO2+H2O + Energy
500
Amylase is an enzyme that works best at a pH of seven (pH in your mouth). When saliva is swallowed and travels to the stomach where the pH is 2 this is what happens to the enzymatic activity of amylase.