Chapter 4. 4·12–4·16 Cellular respiration converts food molecules into ATP...

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Instructions

Check your understanding of concepts from 4·12–4·16 Cellular respiration converts food molecules into ATP, a universal source of energy for living organisms by answering the following questions.

Question 4.1

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Correct! (See section 4·13 The first step of cellular respiration: glycolysis is the universal energy-releasing pathway.)

Incorrect. (See section 4·13 The first step of cellular respiration: glycolysis is the universal energy-releasing pathway.)

Question 4.2

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Correct! (See section 4·13 The first step of cellular respiration: glycolysis is the universal energy-releasing pathway.)

Incorrect. (See section 4·13 The first step of cellular respiration: glycolysis is the universal energy-releasing pathway.)

Question 4.3

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Correct! (See section 4·15 The third step of cellular respiration: ATP is built in the electron transport chain.)

Incorrect. (See section 4·15 The third step of cellular respiration: ATP is built in the electron transport chain.)

Question 4.4

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Correct! (See section 4·15 The third step of cellular respiration: ATP is built in the electron transport chain.)

Incorrect. (See section 4·15 The third step of cellular respiration: ATP is built in the electron transport chain.)

Question 4.5

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Correct! (See section 4·14 The second step of cellular respiration: the Krebs cycle extracts energy from sugar.)

Incorrect. (See section 4·14 The second step of cellular respiration: the Krebs cycle extracts energy from sugar.)

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