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Sagot :
The linear mass density of the rope in the given motion of the wave is 0.15 kg/m.
Linear mass density of the rope
The linear mass density of the rope in the given motion of the wave is determined by dividing the mass of the rope with the length of the entire rope.
The linear mass density of the rope is calculated as follows;
μ = m/L
μ = 0.6 kg / 4 m
μ = 0.15 kg/m
Thus, the linear mass density of the rope in the given motion of the wave is 0.15 kg/m.
Learn more about linear mass density here: https://brainly.com/question/14463946
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