Two sinusoidal waves are moving through a medium in the positive x-direction. Each of the waves has an amplitude of 6 cm, a wavelength of 3 m, and a frequency of 1 Hz. The phase difference between the two waves is p = 2Tt/3 rad. What is the transverse displacement (y_res = ?) of an element on the resultant wave at t = 0.05 sec and at a position x = 0.4 m? O y_res = 10.33 cm y_res = 9 cm O y_res = 5.23 cm O y_res = 6 cm O y_res = 4.85 cm
Two sinusoidal waves are moving through a medium in the positive x-direction. Each of the waves has an amplitude of 6 cm, a wavelength of 3 m, and a frequency of 1 Hz. The phase difference between the two waves is p = 2Tt/3 rad. What is the transverse displacement (y_res = ?) of an element on the resultant wave at t = 0.05 sec and at a position x = 0.4 m? O y_res = 10.33 cm y_res = 9 cm O y_res = 5.23 cm O y_res = 6 cm O y_res = 4.85 cm
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Transcribed Image Text:Two sinusoidal waves are moving through a medium in the positive x-direction.
Each of the waves has an amplitude of 6 cm, a wavelength of 3 m, and a
frequency of 1 Hz. The phase difference between the two waves is p = 2T/3 rad.
What is the transverse displacement (y_res = ?) of an element on the resultant
wave at t = 0.05 sec and at a position x = 0.4 m?
O y_res = 10.33 cm
O y_res = 9 cm
O y_res = 5.23 cm
%3D
y_res = 6 cm
O y_res = 4.85 cm
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