BCH 211 - Exam 3 assesses knowledge on biochemical processes, focusing on metabolic pathways, enzyme functions, and energy production. It evaluates understanding of key concepts like the citric acid cycle, ATP production, and the role of vitamins in metabolism.
Make ADP in the Fo unit
Make ATP from ADP and Pi
Move protons into IMM space
Rotate and stir cell contents
Rate this question:
Nucleus
Mitochondria
Chloroplast
Cytoplasm
Rate this question:
Glycolysis
The electron transport chain
The anaerobic sequence
The citric acid cycle
Rate this question:
NAD
NADH2
FAD
O2
Rate this question:
Glucose
Fatty acids
Glycogen
Glycerol
Rate this question:
Heart
Pancreas
Muscles
Fat deposits
Rate this question:
Option 1
Option 2
Fructose-6-phosphate, fructose-bisphosphate, 1,3-phosphoglyceric acid, 3-phosphoglyceric acid, PEP
Option 4
Rate this question:
1
2
3
4
6
Rate this question:
Complex 1
Complex 2
Complex 3
Complex 4
Rate this question:
Acetyl-CoA only
Lactate only
Ethanol only
Acetyl-CoA or lactate
Rate this question:
Is so strongly exergonic that it does not require a catalyst
Is an exergonic reaction not coupled to any other reaction
Is an endergonic reaction that takes place because it is coupled to the exergonic hydrolysis of ATP
Is an exergonic reaction that is coupled to the endergonic hydrolysis of ATP
Rate this question:
Muscles
Liver
Bloodstream
Heart tissue
Rate this question:
1
2
3
4
Rate this question:
Blood glucose
Glycogen
Protein
Fatty acids
Rate this question:
NAD+
FAD
Oxygen
ADP
Rate this question:
Complex 1
Complex 2
Complex 3
Complex 4
Rate this question:
Lactate
Acetyl CoA
Ethanol
Acetaldehyde
Rate this question:
Glucagon
Insulin
Epinephrine
More than one response is correct
Rate this question:
Thiamine
Niacin
Riboflavin
Retinol
Rate this question:
Is an example of lock-and-key binding of a substrate to the active site of an enzyme
Is an example of induced-fit binding of a substrate to the active site of an enzyme
Differs from the binding of substrates to other kinases
Is not well characterized
Rate this question:
It plays a role in both anabolism and catabolism
It is essentially irreversible
It can operate both in the presence and absence of oxygen
It can oxidize carbons and nitrogens equally well
Rate this question:
Does not require O2 to generate energy
Requires O2 to generate energy
Is inhibited by O2
Rate is increased in presence of O2
Rate this question:
Glucose from non-carbohydrate precursors
Glycogen from glucose
Pyruvate from glucose
Fatty acids from glucose
Rate this question:
0
1
2
3
Rate this question:
One molecule of glucose ends in two molecules of pyruvate
FADH2; coenzyme Q; doesn't pump
FADH2; coenzyme Q; pumps
NADH; coenzyme Q; doesn't pump
NADH; coenzyme Q; pumps
Complex 1
Complex 2
Complex 3
Complex 4
Rate this question:
7.3 kcal released
7.3 kcal absorbed
22kcal absorbed
22 kcal released
Rate this question:
1
2
3
4
Rate this question:
The pH of the matrix is greater than the pH of the intermembrane space
The pH of the matrix is less than the pH of the intermembrane space
The pH of the matrix is about the same as the pH of the intermembrane space
The pH of the matrix versus the intermembrane space has nothing to do with whether not aerobic respiration is occurring
Rate this question:
Coenzyme Q; cytochrome c; pumps
Coenzyme Q; cytochrome c; doesn't pump
Cytochrome c; coenzyme Q; pumps
Cytochrome c; coenzyme Q; doesn't pump
Rate this question:
O2
H2O
Cytochrome c
Coenzyme Q
Rate this question:
Complex 1
Complex 2
Complex 3
Complex 4
Rate this question:
Oxidative phosphorylation
Glycolysis
The citric acid cycle
The formation of acetyl CoA
Rate this question:
Mitochondria
Nucleus
Vacuoles
Cytoplasm
Rate this question:
Complexes 1, 2, 3
Complex 1, 2, 4
Complex 1, 3, 4
All four respiratory complexes
Rate this question:
1-glycogenolysis 2-glycogenesis 3-gluconeogenesis 4-glycolysis
1-glycogenesis 2-glycogenolysis 3-glycolysis 4-gluconeogenesis
1-glycolysis 2-glycogenesis 3-gluconeogenesis 4-glycogenolysis
1-glycogenolysis 2-glycogenesis 3-glucolysis 4-gluconeogenesis
Rate this question:
ATP ADP H2O
NADH NAD+ Pi
NAD+ NADH H2O
NAD+ NADH Pi
Rate this question:
A
NAD+
NADH
FAD
Rate this question:
Coenzyme Q
NAD+
Flavoprotein (FP)
Cytochrome b
Rate this question:
Glucose -> glycogen
Glycogen -> glucose
Pyruvate -> glycogen
Glycogen -> pyruvate
Rate this question:
Lactic acid is transported from the liver to muscle by the blood
Lactic acid is transported from the liver to the kidneys by the blood
Glycolysis takes place in muscle and gluconeogenesis in the liver
Glycolysis takes place in the liver and gluconeogenesis in muscle
Rate this question:
How man carbons does Malate have? (ans: 4)
Quiz Review Timeline (Updated): Mar 21, 2023 +
Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.
Wait!
Here's an interesting quiz for you.