1. Draw three periods of a sinusoidal wave on a graph of displacement as a function...

 

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1. Draw three periods of a sinusoidal wave on a graph of displacement as a function of time. Label the following: the amplitude, the wavelength, a crest, a trough, and a period. 2. Assume that you are studying a sinusoidal wave which has an amplitude of 3 mm, a period of 0.5 sec., and a wave speed of 500 m/s. The wave is traveling in the positive x direction. A t = os a crest of the wave is at om. a. Determine the value of the following quantities: A. v. 2. k. f. oo. T. Remember to show you work for each calculation or explain where you got the answer. b. Write down the equation that determines the displacement of the wave as it travels. c. Draw several cycles of the wave as it looks at t - os. d. What is the maximum speed the wave can achieve? 1. Draw three periods of a sinusoidal wave on a graph of displacement as a function of time. Label the following: the amplitude, the wavelength, a crest, a trough, and a period. 2. Assume that you are studying a sinusoidal wave which has an amplitude of 3 mm, a period of 0.5 sec., and a wave speed of 500 m/s. The wave is traveling in the positive x direction. A t = os a crest of the wave is at om. a. Determine the value of the following quantities: A. v. 2. k. f. oo. T. Remember to show you work for each calculation or explain where you got the answer. b. Write down the equation that determines the displacement of the wave as it travels. c. Draw several cycles of the wave as it looks at t - os. d. What is the maximum speed the wave can achieve?

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This appears to be an exercise in understanding sinusoidal waves typically functions that describe periodic oscillations Lets tackle each question step by step 1 Draw three periods of a sinusoidal wav... View the full answer