Answers are after each question. (Try to answer without hitting "explanation")
NADH gets oxidized, ATP is made, Protons get pumped
ATP is made, Protons get pumped, NADH gets oxidized
NADH gets oxidized, Protons get pumped, ATP is made
Protons get pumped, ATP is made, NADH gets oxidized
Electron Transport
Krebs Cycle
Glycolysis
The Prepatory Reaction
The cytoplasm
The inner membrane and membrane space
The matrix
None of the above
Pyruvate
NAD+
Pyruvate and NAD+
Neither Pyruvate nor NAD+
In Glycolysis
In Electron Transport
In the prepatory reaction
In the Krebs Cycle
Requires Energy to get from reactant to product
Gives off energy getting from reactant to product
Does not obey the first law of thermodynamics
Has no activation energy
The reaction without an enzyme
The reaction with an enzyme
The reaction at very high temperataures
Feedback inhibtion
Makes pyruvate
Makes a proton gradient
Uses oxygen directly
Makes FADH2
ATP
FAD
Oxygen
Carbon Dioxide
Glycolysis
Electron Transport
Krebs cycle
Fermentation
Wait!
Here's an interesting quiz for you.