1. Chapter # - Chapter Title
Topic 1
Topic 2
Topic 3
Topic 4
Topic 5
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FINAL ROUND

2. Creatine phosphate (CP) functions within the muscle cells by:
Topic 1: $100 Question
Creatine phosphate (CP) functions within the muscle cells by:
a. forming a temporary chemical compound with myosin
b. forming a chemical compound with actin
c. inducing a conformational change in the myofilaments
d. storing energy that will be transferred to ADP to resynthesize ATP as needed
e. storing energy that will be transferred to ATP to resynthesize ADP as needed
ANSWER
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3. Creatine phosphate (CP) functions within the muscle cells by:
Topic 1: $100 Answer
Creatine phosphate (CP) functions within the muscle cells by:
a. forming a temporary chemical compound with myosin
b. forming a chemical compound with actin
c. inducing a conformational change in the myofilaments
d. storing energy that will be transferred to ADP to resynthesize ATP as needed
e. storing energy that will be transferred to ATP to resynthesize ADP as needed
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4. The condition of skeletal muscle fatigue can be best explained by:
Topic 1: $200 Question
The condition of skeletal muscle fatigue can be best explained by:
a. the all-or-none law
b. the inability to generate sufficient quantities of ATP due to feedback regulation of synthesis
c. insufficient intracellular quantities of ATP due to excessive consumption
d. a total lack of ATP
e. inadequate numbers of mitochondria
ANSWER
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5. The condition of skeletal muscle fatigue can be best explained by:
Topic 1: $200 Answer
The condition of skeletal muscle fatigue can be best explained by:
a. the all-or-none law
b. the inability to generate sufficient quantities of ATP due to feedback regulation of synthesis
c. insufficient intracellular quantities of ATP due to excessive consumption
d. a total lack of ATP
e. inadequate numbers of mitochondria
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6. a. pushing against a stationary wall
Topic 1: $300 Question
Which one of the following muscle actions would NOT be classified as an ISOTONIC contraction:
a. pushing against a stationary wall
b. lifting a glass of water to your mouth
c. writing a letter
d. tying your shoe
e. throwing a ball
ANSWER
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7. a. pushing against a stationary wall
Topic 1: $300 Answer
Which one of the following muscle actions would NOT be classified as an ISOTONIC contraction:
a. pushing against a stationary wall
b. lifting a glass of water to your mouth
c. writing a letter
d. tying your shoe
e. throwing a ball
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8. Anaerobic glycolysis occurs without: a. ATP b. oxygen c. lactic acid
Topic 1: $400 Question
Anaerobic glycolysis occurs without:
a. ATP
b. oxygen
c. lactic acid
d. carbon dioxide
e. glucose
ANSWER
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9. Anaerobic glycolysis occurs without: a. ATP b. oxygen c. lactic acid
Topic 1: $400 Answer
Anaerobic glycolysis occurs without:
a. ATP
b. oxygen
c. lactic acid
d. carbon dioxide
e. glucose
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10. a. direct phosphorylation of ADP by creatine phosphate
Topic 1: $500 Question
Which of these pathways to regenerate ATP during muscle activity is the fastest:
a. direct phosphorylation of ADP by creatine phosphate
b. aerobic respiration
c. anaerobic glycolysis and lactic acid formation
d. oxidative phosphorylation
e. both aerobic respiration and anaerobic glycolysis
ANSWER
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11. a. direct phosphorylation of ADP by creatine phosphate
Topic 1: $500 Answer
Which of these pathways to regenerate ATP during muscle activity is the fastest:
a. direct phosphorylation of ADP by creatine phosphate
b. aerobic respiration
c. anaerobic glycolysis and lactic acid formation
d. oxidative phosphorylation
e. both aerobic respiration and anaerobic glycolysis
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12. Topic 2: $100 Question
True or False
A contraction in which a skeletal muscle does not shorten but its tension increases is called isometric.
ANSWER
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13. Topic 2: $100 Answer
True or False
A contraction in which a skeletal muscle does not shorten but its tension increases is called isometric.
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14. Lactic acid results from aerobic respiration.
Topic 2: $200 Question
True or False
Lactic acid results from aerobic respiration.
ANSWER
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15. Lactic acid results from aerobic respiration.
Topic 2: $200 Answer
True or False
Lactic acid results from aerobic respiration.
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16. Which muscle type(s) is(are) voluntary? a. Skeletal c. Smooth
Topic 2: $300 Question
Which muscle type(s) is(are) voluntary?
a. Skeletal c. Smooth
b. Cardiac d. All of the above
ANSWER
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17. Which muscle type(s) is(are) voluntary? a. Skeletal c. Smooth
Topic 2: $300 Answer
Which muscle type(s) is(are) voluntary?
a. Skeletal c. Smooth
b. Cardiac d. All of the above
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18. Which muscle type(s) do(es) NOT have striations? a. Skeletal c. Smooth
Topic 2: $400 Question
Which muscle type(s) do(es) NOT have striations?
a. Skeletal c. Smooth
b. Cardiac d. All of the above
ANSWER
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19. Which muscle type(s) do(es) NOT have striations? a. Skeletal c. Smooth
Topic 2: $400 Answer
Which muscle type(s) do(es) NOT have striations?
a. Skeletal c. Smooth
b. Cardiac d. All of the above
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20. Which muscle type moves bones and facial skin? a. Skeletal c. Smooth
Topic 2: $500 Question
Which muscle type moves bones and facial skin?
a. Skeletal c. Smooth
b. Cardiac
ANSWER
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21. Which muscle type moves bones and facial skin? a. Skeletal c. Smooth
Topic 2: $500 Answer
Which muscle type moves bones and facial skin?
a. Skeletal c. Smooth
b. Cardiac
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22. Which muscle type is only found in the heart? a. Skeletal c. Smooth
Topic 3: $100 Question
Which muscle type is only found in the heart?
a. Skeletal c. Smooth
b. Cardiac
ANSWER
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23. Which muscle type is only found in the heart? a. Skeletal c. Smooth
Topic 3: $100 Answer
Which muscle type is only found in the heart?
a. Skeletal c. Smooth
b. Cardiac
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24. Topic 3: $200 Question
Which muscle type has layers arranged both longitudinally and circularly to change shape and size?
a. Skeletal c. Smooth
b. Cardiac
ANSWER
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25. Topic 3: $200 Answer
Which muscle type has layers arranged both longitudinally and circularly to change shape and size?
a. Skeletal c. Smooth
b. Cardiac
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26. Muscle tissue that has involuntary regulation of contraction is:
Topic 3: $300 Question
Muscle tissue that has involuntary regulation of contraction is:
a. cardiac muscle only
b. smooth muscle only
c. skeletal muscle only
d. cardiac muscle and smooth muscle
e. cardiac muscle and skeletal muscle
ANSWER
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27. Muscle tissue that has involuntary regulation of contraction is:
Topic 3: $300 Answer
Muscle tissue that has involuntary regulation of contraction is:
a. cardiac muscle only
b. smooth muscle only
c. skeletal muscle only
d. cardiac muscle and smooth muscle
e. cardiac muscle and skeletal muscle
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28. d. cardiac and smooth muscle e. cardiac and skeletal muscle
Topic 3: $400 Question
The muscle tissue type that consists of single, very long, cylindrical, multinucleate cells with very obvious striations is:
a. cardiac muscle only
b. smooth muscle only
c. skeletal muscle only
d. cardiac and smooth muscle
e. cardiac and skeletal muscle
ANSWER
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29. d. cardiac and smooth muscle e. cardiac and skeletal muscle
Topic 3: $400 Answer
The muscle tissue type that consists of single, very long, cylindrical, multinucleate cells with very obvious striations is:
a. cardiac muscle only
b. smooth muscle only
c. skeletal muscle only
d. cardiac and smooth muscle
e. cardiac and skeletal muscle
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30. The type of muscle tissue pictured in Figure 6.3 is:
Topic 3: $500 Question
The type of muscle tissue pictured in Figure 6.3 is:
a. skeletal muscle
b. voluntary
c. striated
d. found only in the heart
e. smooth muscle
ANSWER
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31. The type of muscle tissue pictured in Figure 6.3 is:
Topic 3: $500 Answer
The type of muscle tissue pictured in Figure 6.3 is:
a. skeletal muscle
b. voluntary
c. striated
d. found only in the heart
e. smooth muscle
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32. The plasma membrane of a muscle cell is called the: a. sarcolemma
Topic 4: $100 Question
The plasma membrane of a muscle cell is called the:
a. sarcolemma
b. sarcomere
c. myofilament
d. sarcoplasm
e. sarcoplasmic reticulum
ANSWER
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33. The plasma membrane of a muscle cell is called the: a. sarcolemma
Topic 4: $100 Answer
The plasma membrane of a muscle cell is called the:
a. sarcolemma
b. sarcomere
c. myofilament
d. sarcoplasm
e. sarcoplasmic reticulum
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34. Which of the following does not describe cardiac muscle tissue:
Topic 4: $200 Question
Which of the following does not describe cardiac muscle tissue:
a. uninucleate
b. striations
c. involuntary
d. rhythmic contractions
e. attached to bones
ANSWER
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35. Which of the following does not describe cardiac muscle tissue:
Topic 4: $200 Answer
Which of the following does not describe cardiac muscle tissue:
a. uninucleate
b. striations
c. involuntary
d. rhythmic contractions
e. attached to bones
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36. What type of membrane wraps a fascicle: a. endomysium b. epimysium
Topic 4: $300 Question
What type of membrane wraps a fascicle:
a. endomysium
b. epimysium
c. aponeuroses
d. perimysium
e. tendons
ANSWER
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37. What type of membrane wraps a fascicle: a. endomysium b. epimysium
Topic 4: $300 Answer
What type of membrane wraps a fascicle:
a. endomysium
b. epimysium
c. aponeuroses
d. perimysium
e. tendons
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38. Which of the following is NOT a function of the muscular system:
Topic 4: $400 Question
Which of the following is NOT a function of the muscular system:
a. production of movement
b. maintenance of posture
c. stabilization of joints
d. generation of heat
e. hematopoiesis
ANSWER
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39. Which of the following is NOT a function of the muscular system:
Topic 4: $400 Answer
Which of the following is NOT a function of the muscular system:
a. production of movement
b. maintenance of posture
c. stabilization of joints
d. generation of heat
e. hematopoiesis
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40. a. the nonfunctional unit of skeletal muscle
Topic 4: $500 Question
A sarcomere is:
a. the nonfunctional unit of skeletal muscle
b. the contractile unit between two Z discs
c. the area between two intercalated discs
d. the wavy lines on the cell, as seen in a microscope
e. a compartment in a myofilament
ANSWER
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41. a. the nonfunctional unit of skeletal muscle
Topic 4: $500 Answer
A sarcomere is:
a. the nonfunctional unit of skeletal muscle
b. the contractile unit between two Z discs
c. the area between two intercalated discs
d. the wavy lines on the cell, as seen in a microscope
e. a compartment in a myofilament
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42. Which one of the following is composed of myosin protein:
Topic 5: $100 Question
Which one of the following is composed of myosin protein:
a. thick filaments
b. thin filaments
c. all myofilaments
d. Z discs
e. light bands
ANSWER
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43. Which one of the following is composed of myosin protein:
Topic 5: $100 Answer
Which one of the following is composed of myosin protein:
a. thick filaments
b. thin filaments
c. all myofilaments
d. Z discs
e. light bands
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44. Topic 5: $200 Question
Place these structures of the skeletal muscle in order from largest to smallest:
1. fascicle
2. myofilament
3. muscle fiber (cell)
4. myofibril
5. sarcomere
a. 1, 3, 4, 5, 2
b. 1, 4, 3, 2, 5
c. 2, 5, 4, 3, 1
d. 3, 1, 2, 4, 5
e. 3, 2, 5, 4, 1
ANSWER
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45. Topic 5: $200 Answer
Place these structures of the skeletal muscle in order from largest to smallest:
1. fascicle
2. myofilament
3. muscle fiber (cell)
4. myofibril
5. sarcomere
a. 1, 3, 4, 5, 2
b. 1, 4, 3, 2, 5
c. 2, 5, 4, 3, 1
d. 3, 1, 2, 4, 5
e. 3, 2, 5, 4, 1
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46. a. a difference in the thickness of the sarcolemma
Topic 5: $300 Question
The striations that give skeletal muscle its characteristic striped appearance are produced, for the most part, by:
a. a difference in the thickness of the sarcolemma
b. the arrangement of myofilaments
c. the sarcoplasmic reticulum
d. the T tubules
e. the "cocked" positions of the heads of the thick filaments
ANSWER
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47. a. a difference in the thickness of the sarcolemma
Topic 5: $300 Answer
The striations that give skeletal muscle its characteristic striped appearance are produced, for the most part, by:
a. a difference in the thickness of the sarcolemma
b. the arrangement of myofilaments
c. the sarcoplasmic reticulum
d. the T tubules
e. the "cocked" positions of the heads of the thick filaments
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48. Primary action of the rectus abdominis And
Topic 5: $400 Question
Primary action of the rectus abdominis
And
Type of movement that decreases the angle of the joint
a. pronation
b. flexion
c. abduction
d. rotation
e. supination
ANSWER
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49. Primary action of the rectus abdominis And
Topic 5: $400 Answer
Primary action of the rectus abdominis
And
Type of movement that decreases the angle of the joint
a. pronation
b. flexion
c. abduction
d. rotation
e. supination
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50. Primary action of the deltoid And
Topic 5: $500 Question
Primary action of the deltoid
And
The movement of a limb away from the body midline
a. pronation
b. flexion
c. abduction
d. rotation
e. supination
ANSWER
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51. Primary action of the deltoid And
Topic 5: $500 Answer
Primary action of the deltoid
And
The movement of a limb away from the body midline
a. pronation
b. flexion
c. abduction
d. rotation
e. supination
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52. The movement of a bone around its longitudinal axis:
FINAL ROUND Question
Type of movement that results when the forearm rotates laterally so that the palm faces anteriorly:
The movement of a bone around its longitudinal axis:
Type of movement that results when the forearm rotates medially so the palm faces posteriorly:
ANSWER
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53. The movement of a bone around its longitudinal axis: rotation
FINAL ROUND Answer
Type of movement that results when the forearm rotates laterally so that the palm faces anteriorly: supination
The movement of a bone around its longitudinal axis: rotation
Type of movement that results when the forearm rotates medially so the palm faces posteriorly: pronation
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