Although time is one of those concepts which we are all familiar with, it is difficult to define. We can say it is what is measu
1 answer:
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Answer:
rpm
Explanation:
Given that rotational kinetic energy =
Mass of the fly wheel (m) = 19.7 kg
Radius of the fly wheel (r) = 0.351 m
Moment of inertia (I) =
Rotational K.E is illustrated as
Since 1 rpm =
The following intervals would you expect T(tension) to fall : <u>2000 to 4000 N </u>
<h3>Further explanation</h3>The force acting on a system with static equilibrium is 0
(forces acting as translational motion only, not including rotational forces)
We complete the questions:
A 20-kg loudspeaker is suspended 2.0 m below the ceiling by two ropes that are each 30? from vertical.
Find the value of T, the magnitude of the tension in either of the ropes.
Express your answer in newtons.
Suppose that the loudspeaker in the problem has a mass of 500 kg and the ropes hung 20? from the vertical. Into which of the following intervals would you expect T to fall? You don't have to calculate Texactly to answer this question; just make an estimate.
500 to 1000 N
1000 to 2000 N
2000 to 4000 N
4000 to 8000 N
8000 to 16,000 N
In a 500-kg loudspeaker system and two ropes that are each 20° from vertical, we see the forces acting on the y axis (vertical)
we assume g = 10 m/s², then :
So the value of T is between 2000 and 4000 N
<h3>Learn more</h3>
Newton's Law
Keywords : the loudspeaker, ropes, Tension, mass, intervals
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