Anatomy - Muscle Contraction and Growth Quiz
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Aerobic respiration requires oxygen
A. TRUE
B. FALSE
Aerobic respiration is used during periods of peak activity/bursts of power.
A. TRUE
B. FALSE
This type of muscle contraction will fire at a constant, unchanging length
A. Tetanic
B. Isometric
C. Isotonic
D. Isokinetic
E. Eccentric
A drawback of anaerobic respiration is that it requires no oxygen
A. TRUE
B. FALSE
Anaerobic respiration requires oxygen
A. TRUE
B. FALSE
Anaerobic respiration occurs here
A. mitochondria
B. cytoplasm
C. muscle
D. blood stream
Which type of contraction, when fired, WILL NOT cause any movement at the joint?
A. Tetanic
B. Isometric
C. Isotonic
D. Isokinetic
E. Eccentric
What is used after stored ATP is used up?
A. anaerobic respiration
B. creatine phosphate
C. aerobic respiration
A person whose muscles begin to “digest” themselves and shrink has the condition…
A. Hypertrophy
B. Atrophy
C. Hernia
D. Muscle tear
This type of muscle contraction will fire against a load, but WILL NOT shorten or lengthen
A. Tetanic
B. Isometric
C. Isotonic
D. Isokinetic
E. Eccentric
Aerobic respiration energy lasts approximately
A. 15 seconds
B. hours
C. 30-60 seconds
D. as long as the muscle is contracting
Aerobic respiration occurs here
A. mitochondria
B. cytoplasm
C. muscle
D. blood stream
Which type of CONCENTRIC contraction will have resistance through MOST OF THE RANGE OF MOTION
A. Tetanic
B. Isometric
C. Isotonic
D. Isokinetic
E. Eccentric
Aerobic respiration uses this as its main energy source
A. creatine phosphate
B. glucose
C. lactic acid
D. pyruvic acid
How glucose and aerobic respiration are related.
A. Glucose is broken down into ATP in the presence of oxygen
B. Glucose is broken down into ATP in the absence of oxygen
C. When ATP is created, glucose is released
D. For every ATP, a glucose is created
