The figure shows a standing wave pattern on a string of mass density u-32.5 g/m and length L -0.8 m. The string is under

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answerhappygod
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The figure shows a standing wave pattern on a string of mass density u-32.5 g/m and length L -0.8 m. The string is under

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The Figure Shows A Standing Wave Pattern On A String Of Mass Density U 32 5 G M And Length L 0 8 M The String Is Under 1
The Figure Shows A Standing Wave Pattern On A String Of Mass Density U 32 5 G M And Length L 0 8 M The String Is Under 1 (13.37 KiB) Viewed 8 times
The Figure Shows A Standing Wave Pattern On A String Of Mass Density U 32 5 G M And Length L 0 8 M The String Is Under 2
The Figure Shows A Standing Wave Pattern On A String Of Mass Density U 32 5 G M And Length L 0 8 M The String Is Under 2 (43.74 KiB) Viewed 8 times
The figure shows a standing wave pattern on a string of mass density u-32.5 g/m and length L -0.8 m. The string is under tension T-325 N. 8.00 mm (m) 0.800

Question4: The amplitude of each of the two traveling waves that interfere to produce the standing wave pattern is: A. 8 mm B. 4 mm C. 2 mm D. Impossible to determine. A B С D Option O O O O Questions: If the frequency of standing waves on this same string is changed so as two loops are observed, then what is this new frequency value? A. 500 Hz B. 125 Hz C. (1/650) Hz D. 62.5 Hz A B C D Option O O O O
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