MCQ Questions
Q.1.
the atoms are converted into other molecules in a series of chemical reactions
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    Which experiment would you perform to test what happens under extreme exercise conditions?
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    Glucose consists of carbon, oxygen, and hydrogen atoms. What happens to these atoms during glycolysis?
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    What is the relationship between the mitochondria, the kerbs cycle and aerobic respiration?
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    Look at the levels of lactic acid on the screen. Why are they increasing?
Q.2.
make the mouse run at high speed with low oxygen availability
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    Glucose consists of carbon, oxygen, and hydrogen atoms. What happens to these atoms during glycolysis?
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    Altitude training increases the amount of oxygen in the blood. With everything you have learned about cellular respiration, can you explain why this helps athlete's performance?
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    Which experiment would you perform to test what happens under extreme exercise conditions?
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    What is the relationship between the mitochondria, the kerbs cycle and aerobic respiration?
Q.3.
all options, oxygen consumption, blood lactic acid concentration, blood glucose concentration
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    Glucose consists of carbon, oxygen, and hydrogen atoms. What happens to these atoms during glycolysis?
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    What is the relationship between the mitochondria, the kerbs cycle and aerobic respiration?
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    Now that you are doing experiments, which parameters could you use to measure the effect of exercise on cellular respiration in mice?
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    Look at the levels of lactic acid on the screen. Why are they increasing?
Q.4.
catabolic reactions generate energy that anabolic reactions use
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    Glucose consists of carbon, oxygen, and hydrogen atoms. What happens to these atoms during glycolysis?
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    What is the relationship between the mitochondria, the kerbs cycle and aerobic respiration?
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    Metabolism can be divided into catabolic and anabolic reactions. How are these connected?
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    Which experiment would you perform to test what happens under extreme exercise conditions?
Q.5.
with the extra oxygen, aerobic respiration can go on for longer
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    Glucose consists of carbon, oxygen, and hydrogen atoms. What happens to these atoms during glycolysis?
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    Altitude training increases the amount of oxygen in the blood. With everything you have learned about cellular respiration, can you explain why this helps athlete's performance?
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    Now that you are doing experiments, which parameters could you use to measure the effect of exercise on cellular respiration in mice?
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    Which experiment would you perform to test what happens under extreme exercise conditions?
Q.6.
the players are exercising so hard that anaerobic respiration produces a lot of lactic acid
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    Glucose consists of carbon, oxygen, and hydrogen atoms. What happens to these atoms during glycolysis?
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    What is the relationship between the mitochondria, the kerbs cycle and aerobic respiration?
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    Look at the levels of lactic acid on the screen. Why are they increasing?
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    What is the main source of energy for cellular respiration?