A horizontal wire is 19 m long and has a mass of 0.2 kg The wire is fixed at both ends and tensioned with a force of 49 N. One end of the string is then attached to a motor that moves it up and down in simple harmonic motion, with amplitude 15 mm and a period of 0.025 s Determine the wavelength of the resulting wave. Answer should be accurate to 3 significant digits. Select units from the dropdown menu. Answer 0.00675 The correct answer is 1.71 m Refer to the string in the previous question. Suppose the period of the motor is now 0.045 s, but nothing else has changed. What is the maximum transverse speed of a particle on the string? Answer must be accurate to three significant digits Select units from the dropdown menu Answer 0.00333 m/s
A horizontal wire is 19 m long and has a mass of 0.2 kg The wire is fixed at both ends and tensioned with a force of 49 N. One end of the string is then attached to a motor that moves it up and down in simple harmonic motion, with amplitude 15 mm and a period of 0.025 s Determine the wavelength of the resulting wave. Answer should be accurate to 3 significant digits. Select units from the dropdown menu. Answer 0.00675 The correct answer is 1.71 m Refer to the string in the previous question. Suppose the period of the motor is now 0.045 s, but nothing else has changed. What is the maximum transverse speed of a particle on the string? Answer must be accurate to three significant digits Select units from the dropdown menu Answer 0.00333 m/s
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![A horizontal wire is 19 m long and has a mass of 0.2 kg The wire is fixed at both ends and tensioned with a force of 49 N. One end of the string is then attached to a motor
that moves it up and down in simple harmonic motion, with amplitude 15 mm and a period of 0.025 s Determine the wavelength of the resulting wave.
Answer should be accurate to 3 significant digits. Select units from the dropdown menu
Answer. 0.00675
The correct answer is 1.71 m
Refer to the string in the previous question. Suppose the period of the motor is now 0.045 s, but nothing else has changed. What is the maximum transverse speed of a
particle on the string?
Answer must be accurate to three significant digits Select units from the dropdown menu
Answer 0.00333
m/s
The correct answer is 209 m/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8e2202c9-c4ee-496c-bb03-2682de3d6f98%2F40b0536c-d6f0-49f5-aa74-e2399f51301e%2Fwuso13w_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A horizontal wire is 19 m long and has a mass of 0.2 kg The wire is fixed at both ends and tensioned with a force of 49 N. One end of the string is then attached to a motor
that moves it up and down in simple harmonic motion, with amplitude 15 mm and a period of 0.025 s Determine the wavelength of the resulting wave.
Answer should be accurate to 3 significant digits. Select units from the dropdown menu
Answer. 0.00675
The correct answer is 1.71 m
Refer to the string in the previous question. Suppose the period of the motor is now 0.045 s, but nothing else has changed. What is the maximum transverse speed of a
particle on the string?
Answer must be accurate to three significant digits Select units from the dropdown menu
Answer 0.00333
m/s
The correct answer is 209 m/s
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