Review Game Zone
Games
Test
Preview
Back
Match it!
Match it! Select the correct answer from the pull down...Good luck!
During the process of cellular respiration, what molecule is broken down in order to provide energy?
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
After several miles of running and sprinting in intervals, the runner’s muscles ache and feel fatigues. Which is the best explanation for what has occurred?
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
Which of these processes occurs in the cytoplasm?
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
The first phase of aerobic cellular respiration is
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
How many useable ATPs are typically produced with cellular respiration?
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
Which process produces both NADH and FADH2?
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
In which step of cellular respiration is glucose broken down into two smaller pyruvate molecules?
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
What is the most important thing accomplished by cellular respiration?
the citric acid cycle.
glycolysis
32 to 36
Glycolysis
glycolysis.
It makes ATP.
The runner's muscles have accumulated lactic acid.
glucose
Check it!
Match it!
Match it!