A string has length 2.0 m, tension 60 N, and linear density 0.080 kg/m. The left end of the string is connected to a massless ring that slides on a frictionless pole and the ring is attached to a spring of stiffness 150 N/m. The right end is attache o a massless ring that slides on a frictionless pole. The left end of the string is

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Chapter13: Vibrations And Waves
Section: Chapter Questions
Problem 32P: A spring of negligible mass stretches 3.00 cm from its relaxed length when a force of 7.50 N is...
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A string has length 2.0 m, tension 60 N, and linear density 0.080 kg/m. The left
end of the string is connected to a massless ring that slides on a frictionless pole,
and the ring is attached to a spring of stiffness 150 N/m. The right end is attached
to a massless ring that slides on a frictionless pole. The left end of the string is
driven by a transverse force of amplitude 4.0 N and frequency 21 Hz.
F(t)
X = 0
x = L
1. Determine the distance (in m) between adjacent nodes of the steady-state
standing wave produced by the force.
Transcribed Image Text:A string has length 2.0 m, tension 60 N, and linear density 0.080 kg/m. The left end of the string is connected to a massless ring that slides on a frictionless pole, and the ring is attached to a spring of stiffness 150 N/m. The right end is attached to a massless ring that slides on a frictionless pole. The left end of the string is driven by a transverse force of amplitude 4.0 N and frequency 21 Hz. F(t) X = 0 x = L 1. Determine the distance (in m) between adjacent nodes of the steady-state standing wave produced by the force.
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