A wave modeled at time t = 0.00s with a wave function that depends on position. The equation is y(x) = (0.30m) sin 27 (6.28 m²¹ x). Calculate the amplitude and wave length. The wave travels a distance of 4 meters in 0.50s in the positive x-direction. Write an equation for the wave as a function of position and time.
A wave modeled at time t = 0.00s with a wave function that depends on position. The equation is y(x) = (0.30m) sin 27 (6.28 m²¹ x). Calculate the amplitude and wave length. The wave travels a distance of 4 meters in 0.50s in the positive x-direction. Write an equation for the wave as a function of position and time.
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Transcribed Image Text:3. A wave modeled at time t = 0.00s with a wave function that depends on
position. The equation is y(x) = (0.30m) sin 2 (6.28 m²¹ x). Calculate the
amplitude and wave length. The wave travels a distance of 4 meters in 0.50s
in the positive x-direction. Write an equation for the wave as a function of
position and time.
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