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Cellular Respiration
Test Description: Vocabulary test for Cellular Respiration
Instructions: Answer all questions to get your test result.
1) Process in which cells break down glucose and make ATP for energy.
A
Cellular Respiration
B
Electron Transport Chain
C
Fermentation
D
Glycolysis
2) First stage of cellular respiration in which glucose is split, in the absence of oxygen, to form two molecules of pyruvate (pyruvic acid) and two (net) molecules of ATP.
A
Electron Transport Chain
B
Glycolysis
C
ADP
D
Pyruvic Acid
3) Simple carbohydrate with the chemical formula C6H12O6 that is the nearly universal food for life.
A
ADP (adenine diphosphate)
B
Glucose
C
ATP (adenine triphosphate)
D
Pyruvic Acid
4) A 3-carbon molecule that results from the splitting of glucose.
A
Pyruvic Acid (aka pyruvate)
B
ATP
C
Glucose
D
ADP
5) Energy-carrying molecule that cells use to power their metabolic processes.
A
Pyruvic Acid (aka pyruvate)
B
ATP (adenine triphosphate)
C
Krebs Cycle
D
ADP (adenine diphosphate)
6) The molecule that results from dephosphorylation (a phosphate group is removed). Krebs
A
ADP (adenine diphosphate)
B
Glucose
C
Anaerobic Respiration
D
ATP (adenine triphosphate)
7) Second stage of aerobic respiration in which two pyruvate (pyruvic acid) molecules from the first stage react to form ATP, NADH, and FADH2.
A
Krebs Cycle
B
Mitochondrion
C
Anaerobic Respiration:
D
Electron Transport Chain
8) Molecule that acts as an electron carrier in cellular respiration.
A
Biology
B
NADH
C
Symbiosis
D
NADPH
9) Series of electrontransport molecules that pass high-energy electrons from molecule to molecule and capture their energy.
A
Glycolysis
B
Electron Transport Chain (ETC)
C
Krebs Cycle
D
Pyruvic Acid
10) Type of cellular respiration that does not require oxygen.
A
Fermentation
B
Aerobic Respiration
C
Krebs Cycle
D
Anaerobic Respiration
11) Type of cellular respiration that requires oxygen.
A
Nucleus
B
Aerobic Respiration
C
Anaerobic Respiration
D
mitochondrion
12) Organelle in eukaryotic cells that makes energy available to the cell in the form of ATP molecules.
A
chloroplast
B
Mitochondrion
C
Symbiosis
D
organelle
13) A type of anaerobic respiration that allows ATP to be made through glycolysis.
A
Nucleus
B
Fermentation
C
Decomposer
D
chloroplast
14) C6H12O6 + 6 O2 6 CO2 + 6 H2O + ATP
A
Equation for Fermentation
B
Equation for glycolysis
C
Equation for Cellular Respiration
D
Equation for Photosynthesis
*select an answer for all questions
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