A rope is stretched between 2 walls and the ends are fixed in position. The linear mass density of the rope is 0.6 kg m. the tension in the rope is 240 N.? the image can be google on socratic. just copy paste the question.
To determine the length of the rope, we can use the formula:
Length of the rope (L) = Tension in the rope (T) / Linear mass density (μ)
Given:
Tension in the rope (T) = 240 N
Linear mass density of the rope (μ) = 0.6 kg/m
Plugging in these values into the formula, we can calculate:
L = 240 N / 0.6 kg/m
L = 400 m
Therefore, the length of the rope is 400 meters.