Skeletons Muscles And Movement - Discover Biology

Course

Introductory Biology

Study Pack

Set 1: The Nature of Science and the Characteristics of Life

Set 2: Biological Diversity, Bacteria, and Archaea

Set 3: Protista, Plantae, and Fungi

Set 4: Animalia

Set 5: The Chemistry of Life

Set 6: Cell Structure and Internal Compartments

Set 7: Cell Membranes, Transport, and Communication

Set 8: Energy, Metabolism, and Enzymes

Set 9: Photosynthesis and Cellular Respiration

Set 10: Cell Division

Set 11: Stem Cells, Cancer, and Human Health

Set 12: Patterns of Inheritance

Set 13: Chromosomes and Human Genetics

Set 14: Dna and Genes

Set 15: From Gene to Protein

Set 16: Dna Technology

Set 17: How Evolution Works

Set 18: Evolution of Populations

Set 19: Speciation and the Origins of Biological Diversity

Set 20: The Evolutionary History of Life

Set 21: The Biosphere

Set 22: Growth of Populations

Set 23: Ecological Communities

Set 24: Ecosystems

Set 25: Global Change

Set 26: Internal Organization and Homeostasis

Set 27: Nutrition and Digestion

Set 28: Circulation and Gas Exchange

Set 29: Animal Hormones

Set 30: Nervous and Sensory Systems

Set 31: Skeletons, Muscles, and Movement

Set 32: Defenses Against Disease

Set 33: Reproduction and Development

Set 34: Animal Behavior

Set 35: Plant Structure, Nutrition, and Transport

Set 36: Plant Growth and Reproduction

Set 31 Skeletons Muscles And Movement

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Set 31 Skeletons Muscles And Movement

Question 1

(Multiple Choice)

Free

A myofibril

A)is composed of a single sarcomere.
B)contains a single muscle fiber.
C)has no Z bands.
D)contains many sarcomeres.

Answer

Question 2

(Multiple Choice)

Free

If there were no tendons in your appendicular skeleton, you would not be able to

A)walk.
B)nod your head.
C)speak.
D)chew your food.

Answer

Question 3

(Multiple Choice)

Free

Bone-to-bone connections in the human knee are cushioned by

A)ligaments.
B)cartilage.
C)tendons.
D)spongy bone.

Answer