Extra Credit (2 points each) Choose the best answer. 1. A string of length L is...

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Extra Credit (2 points each) Choose the best answer. 1. A string of length L is clamped at each end and vibrates in a standing wave pattern. The wavelengths of the constituent traveling waves CANNOT be: λ = 21 A. L B. 2L C. L/3 D. 21/3 B. 4L/2 2. A sinusoidal wave is traveling on a string. Any point on the string: A. moves in the same direction as the wave B. moves in simple harmonic motion with a different frequency than that of the wave C. moves in simple harmonic with the same angular frequency of the wave. D. moves in uniform circular motion with a different angular speed than the wave E. moves in uniform circular motion with the same angular speed as the wave Extra Credit (2 points each) Choose the best answer. 1. A string of length L is clamped at each end and vibrates in a standing wave pattern. The wavelengths of the constituent traveling waves CANNOT be: λ = 21 A. L B. 2L C. L/3 D. 21/3 B. 4L/2 2. A sinusoidal wave is traveling on a string. Any point on the string: A. moves in the same direction as the wave B. moves in simple harmonic motion with a different frequency than that of the wave C. moves in simple harmonic with the same angular frequency of the wave. D. moves in uniform circular motion with a different angular speed than the wave E. moves in uniform circular motion with the same angular speed as the wave

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1 Answer E 4L2 Explanation Only specific wavelengths can produce standing waves in a g... View the full answer