The graph below shows a "snapshot" of a sinusoidal wave in a string. A formula for the power of thiswave (the rate at which it transports energy) is given below the graph. To use this formula, estimate fromthe graph the amplitude of the wave to the nearest tenth of a centimeter.Wave Powery (cm)1510x (cm)-1051010-151u = linear mass densityw = angular frequencyA = amplitudev = speed of waveSuppose u = 0.016 kg/m, w = 440_Hz, and v = 8.7 m/s. Then calculate the power of the wave.%3D%3D

Solution: Given Values, μ=0.016 Kg/mω=440 Hzv=8.7 m/s

Answered: The graph below shows a "snapshot" of a…

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