Deriving Energy From Food - Biology A Guide to the Natural World | Biology+

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Study Pack

Set 1: A Guide to the Natural World

Set 2: Chemistry, Water and PH

Set 3: Lifes Components: Biological Molecules

Set 4: Lifes Home: The Cell

Set 5: Lifes Border: The Plasma Membrane

Set 6: An Introduction to Energy

Set 7: Deriving Energy From Food

Set 8: Photosynthesis

Set 9: Genetics and Cell Division

Set 10: Preparing for Sexual Reproduction: Meiosis

Set 11: Mendel and His Discoveries

Set 12: Chromosomes and Inheritance

Set 13: Dna Structure and Replication

Set 14: Transcription Translation and Regulation

Set 15: Biotechnology

Set 16: Charles Darwin, Evolutionary Thought, and the Evidence for Evolution

Set 17: Microevolution

Set 18: Macroevolution

Set 19: The History of Life on Earth

Set 20: The Evolution of Human Beings

Set 21: The Diversity of Life 1

Set 22: The Diversity of Life 2

Set 23: The Diversity of Life 3

Set 24: An Introduction to Flowering Plants

Set 25: Form and Function in Flowering Plants

Set 26: The Integumentary Skeletal and Muscular Systems

Set 27: The Nervous and Endocrine System

Set 28: The Immune System

Set 29: Blood and Breath

Set 30: Digestion, Nutrition and Elimination

Set 31: Animal Development

Set 32: Human Reproduction

Set 33: Populations in Ecology

Set 34: Communities in Ecology

Set 35: Ecosystems and Biomes

Set 36: Animal Behavior

Set 7 Deriving Energy From Food

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Set 7 Deriving Energy From Food

(Multiple Choice)

Free

Each ADP molecule contains ________ phosphates, and each ATP molecule contains ________ phosphates.

A) one; two
B) three; three
C) one; three
D) two; two
E) two; three

Answer

(Multiple Choice)

Free

Refer to the figure above and then answer the question that follows. -ATP powers reactions in cells when: A) ATP gives up two of its phosphate groups to become AMP. B) ATP gives up all three of its phosphate groups. C) ATP gives up one phosphate group to become ADP. D) ADP adds a phosphate group to become ATP.

Refer to the figure above and then answer the question that follows.
-ATP powers reactions in cells when:

A) ATP gives up two of its phosphate groups to become AMP.
B) ATP gives up all three of its phosphate groups.
C) ATP gives up one phosphate group to become ADP.
D) ADP adds a phosphate group to become ATP.

Answer

(Multiple Choice)

Free

Which of the following statements concerning oxidation and reduction reactions is false?

A) If one molecule is oxidized, another must be reduced.
B) A molecule that has gained an electron has been reduced.
C) Oxygen is required for all oxidation reactions.
D) NADH is the reduced form of NAD⁺.

Answer