The change that happens to the properties of the wave when the angular frequency of the oscillator is increased and the speed of the wave on the rope remains unchanged.

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Chapter 17, Problem 11PQ

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The change that happens to the properties of the wave when the angular frequency of the oscillator is increased and the speed of the wave on the rope remains unchanged.

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One end of a wire is vibrated by a vibrating rod with a frequency of 5Hz and an amplitude of 16cm, so that the vibration propagates to the right along a wire with a speed of 20 m/s. Define: a. The general equation for the displacement of a traveling wave is, b. the velocity and acceleration of the particle at point x = 38.5 m when the end of the wire is vibrating 1,5 s c. the maximum speed and acceleration of any particle along the wire d. the phase angle and phase of the wave at point x = 38.5 m when the end of the wire has vibrated 1.5 second e. phase difference distance between two particle which separated on of 1.5 m.