Metabolism
Glycolysis
Kreb's Cycle
ET Chain
Photosynthesis
100
These type of reactions have a negative delta G and therefore release energy into the environment.
What are exergonic/catabolic reactions?
100
These two molecules are released at the end of glycolysis.
What are pyruvate?
100
This is the starting molecule already present in the cycle.
What is oxaloacetate?
100
This is the enzyme used to make ATP in this process.
What is ATP synthase?
100
These reactions do not require the use of light energy.
What are dark/light-independent reactions?
200
This type of reaction requires an input of energy.
What is an endergonic/anabolic reaction?
200
This is how many ATP are made per glucose molecule.
What are 4 ATP?
200
One of these molecules is added to start the cycle.
What is Acetyl CoA?
200
This is where the electron transport chain is located.
What is the cristae of the mitochondria?
200
This is the site where water is split.
What is Photosystem II?
300
This is lowered by enzymes, allowing reactions to proceed at a faster rate.
What is activation energy?
300
Glycolysis is called this type of process because it does not need oxygen to function.
What is anaerobic respiration?
300
These are the products of one turn of the cycle.
What are 1 ATP, 2 CO2, 3 NADH, and 1 FADH2?
300
This is the final electron acceptor.
What is oxygen?
300
This is the pigment within chloroplasts that is able to absorb light.
What is chlorophyll?
400
When too much of a product is made, this process sends a signal to inhibit its production.
What is feedback inhibition?
400
This is how ATP is made in this process.
What is substrate-level phosphorylation?
400
This is where the carbons from Acetyl CoA go.
What is leave as CO2?
400
This is the specific way ATP is made in this process.
What is oxidative phosphorylation?
400
This is the product of the Calvin cycle which is then made into glucose.
What is G3P?
500
In this process, inhibitors bind to the allosteric site on an enzyme.
What is non-competitive inhibition?
500
This is the process involved in forming NADH.
What is reduction?
500
Production of these molecules is the main point of this cycle.
What are coenzymes/electron carriers: NADH and FADH2?
500
This is what must be established in order to make ATP in this process.
What is a proton/electrochemical gradient?
500
This process produces excess ATP but no NADPH molecules.
What is cyclic photophosphorylation?
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