The ng shown in the figure in data hequency of 5.00 H The anoitude of the motion is 11.00, and the wave speed - 180. Fur

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answerhappygod
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The ng shown in the figure in data hequency of 5.00 H The anoitude of the motion is 11.00, and the wave speed - 180. Fur

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The Ng Shown In The Figure In Data Hequency Of 5 00 H The Anoitude Of The Motion Is 11 00 And The Wave Speed 180 Fur 1
The Ng Shown In The Figure In Data Hequency Of 5 00 H The Anoitude Of The Motion Is 11 00 And The Wave Speed 180 Fur 1 (22.77 KiB) Viewed 29 times
The ng shown in the figure in data hequency of 5.00 H The anoitude of the motion is 11.00, and the wave speed - 180. Furthermore, the were that FA Ⓡ LA) Determine the angular frequency for this wave (ind/s) 3 Detamine the wave number for this nam radim (wite an expension for the wave function (Use the following a necessary: t. x. Letx be in maters and t be in seconds. Do not include units le your arowe Aue S1 unt of Calate the maximum transverse speed (m/s) m/s D (4) Calculate the maximum transverse acceleration of an element of the string(³) muy² What if? If the driving frequency is now doubled to 10.0 Mr, what are the maximum tranoverse spese (in m/) and maximum traverse accatecation on m) of an siement of the maximum transverse speed wys maximum transverse acceleration m/s² WA. www. E-PROHAMOS
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