As shown in the figure, a plane simple harmonic propagates in the positive direction of the x-axis. Knowing that the vibration equation of point Py = Acos(wt+o) is the expression of the wave is U P OA y = Acos { w[t_2=¹]+9} u OB. y = Acos { w[t_2+¹ 1+0} y = Acos{ w[t+2=¹1+ o) y = Acos{ w[t+2+1 + 0}
As shown in the figure, a plane simple harmonic propagates in the positive direction of the x-axis. Knowing that the vibration equation of point Py = Acos(wt+o) is the expression of the wave is U P OA y = Acos { w[t_2=¹]+9} u OB. y = Acos { w[t_2+¹ 1+0} y = Acos{ w[t+2=¹1+ o) y = Acos{ w[t+2+1 + 0}
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![As shown in the figure, a plane simple harmonic propagates in the positive direction of the x-axis. Knowing that the vibration
equation of point Py = Acos(wt+6) is the expression of the wave is
U
P
X
OA
y = Acos{ w[t] +
] +0}
-
B.
y = Acos { w[t_*+¹] +9}
OC
y = Acos{ w[t+¹=1+ø}
D
y = Acos { w[t+*+¹1+0}
U](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F847237ae-e452-4207-bf97-c254117ba74d%2F9b453e28-394a-4846-8095-737815522243%2F9p51ft_processed.jpeg&w=3840&q=75)
Transcribed Image Text:As shown in the figure, a plane simple harmonic propagates in the positive direction of the x-axis. Knowing that the vibration
equation of point Py = Acos(wt+6) is the expression of the wave is
U
P
X
OA
y = Acos{ w[t] +
] +0}
-
B.
y = Acos { w[t_*+¹] +9}
OC
y = Acos{ w[t+¹=1+ø}
D
y = Acos { w[t+*+¹1+0}
U
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