mcq
1.Concerning the force-velocity muscle relationship which one is CORRECT?
Power is constant
The slower a muscle produce force the lower the force is
The more force a muscle generates the faster it contracts
O Peak power equals peak velocity
O Peak power happens at maximal isometric force
C At maximal isometric force power equals 0.0 watts
Muscle Power has nothing to do with force x velocity relationship
2.The vertical jump would be a direct test of the power output produced by our lower
limbs if we were able to accurately and precisely measure the time muscles were
contracting and the normal reaction responsible for our vertical impulse.
a) The statement above is incorrect
00
b) Vertical jump is already a DIRECT TEST of power output!
10
K
c) The above theoretically statement is correct but not feasible
Question 12 Unsaved
Ic.
15
d) The statement above is correct and possible to be performed with EMG and
force platform
3.Concerning the force-velocity muscle relationship which one is CORRECT?
Power is constant
The slower a muscle produce force the lower the force is
The more force a muscle generates the faster it contracts
O Peak power equals peak velocity
O Peak power happens at maximal isometric force
C At maximal isometric force power equals 0.0 watts
Muscle Power has nothing to do with force x velocity relationship
4.Does the Wingate test measure anaerobic metabolism directly?
Yes it measures VO2
Yes. Because it is a direct test
Only Partially
No.
Yes. Because it is the gold standard
No. Because it is direct test
5.Every revolution completed by our stationary bicycle pedal translates into 3.5 frontal
wheel revolutions; therefore every pedal revolution would elicit a m linear
displacement. What is the power output (in watts) produced when a person 15
pedaling at 50 rpm with 2 kp of total resistance?
*Note: g = 9.81 m/sec2
**Note: round your answer to closest integer number. Do NOT add decimals or
unIts.
Your Answer:
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