A 10-meter rope is lying on the floor and has a mass force of 20 N. How much work is required to raise one end of the rope to a
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Answer:
<u>2.48 m</u> is the length of the rope.
Explanation:
Cycle period is 321
Time is 20 second
Wave travels at speeds = 26.4 m/s
We know that,
Frequency required for 321 complete cycle in 20 seconds is
Frequency = 16.05 hz
We know that,
λ = wavelength, the distance between "wave crests" (m)
v = wave velocity, the "speed" that waves are moving in a direction (m/s)
f = frequency, (cycles/ or Hz)
λ = 1.65 m
As per given question "length of the rope has three equal length segment"
Length of the rope = 2.48 m
Therefore, length of the rope is <u>2.48 m.</u>