A string of mass density 6.9 x10-4 kg/m is arranged as shown in the figure. It is fixed at the left end to a wall. It passes over a frictionless pulley and is attached at its other end to a mass (m₁). The pulley is a distance L = 1.60 m from the wall. The string is carefully plucked very close to the wall and the pulse traveling along the string takes 14.5 milliseconds to reach the point of contact with the pulley. What is the hanging mass m₁? m₁ = kg L 11 U m₁

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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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A string of mass density 6.9 x10-4 kg/m is arranged as
shown in the figure. It is fixed at the left end to a wall. It passes
over a frictionless pulley and is attached at its other end to a
mass (m₁). The pulley is a distance L = 1.60 m from the wall.
The string is carefully plucked very close to the wall and the
pulse traveling along the string takes 14.5 milliseconds to reach
the point of contact with the pulley. What is the hanging mass
m₁?
m₁ =
kg
L
11
11
m₁
Transcribed Image Text:A string of mass density 6.9 x10-4 kg/m is arranged as shown in the figure. It is fixed at the left end to a wall. It passes over a frictionless pulley and is attached at its other end to a mass (m₁). The pulley is a distance L = 1.60 m from the wall. The string is carefully plucked very close to the wall and the pulse traveling along the string takes 14.5 milliseconds to reach the point of contact with the pulley. What is the hanging mass m₁? m₁ = kg L 11 11 m₁
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