A transverse wave propagates along a string in the positive x-direction. At a time t = 0, a point A has maximum acceleration, | a | = 394.8 m / s ^ 2, in negative y-direction. At the same time, another point B is located 180 mm in the negative x-direction from point A maximum velocity, v = 3,142 m / s in the positive y-direction. The distance between A and B is less than wavelength. a) Draw the wave (at least two wavelengths) and mark points A and B. b) determine the wavelength, frequency and amplitude of the wave. c) how long does it take before point B has maximum acceleration in the positive y-direction
A transverse wave propagates along a string in the positive x-direction. At a time t = 0, a point A has maximum acceleration, | a | = 394.8 m / s ^ 2, in negative y-direction. At the same time, another point B is located 180 mm in the negative x-direction from point A maximum velocity, v = 3,142 m / s in the positive y-direction. The distance between A and B is less than wavelength.
a) Draw the wave (at least two wavelengths) and mark points A and B.
b) determine the wavelength, frequency and amplitude of the wave.
c) how long does it take before point B has maximum acceleration in the positive y-direction
d) let the scale be described with a sin function and point A be located at the x-coordinate 40.0 mm. Determine the phase constant.
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