#2 explain how you got to the answer pls

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter13: Mechanical Waves
Section: Chapter Questions
Problem 21P: A series of pulses, each of amplitude 0.150 m, are sent down a string that is attached to a post at...
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#2 explain how you got to the answer pls
string?
(d) What is the maximum transverse velocity of the string (that is, the maximum
vertical velocity of particles in the cord)?
[Ans: (b) 1 m; 10 Hz; 10 m/s; (c) 10 N; (d) 2A m/s]
2. A sound wave enters the tube shown below. Half of the wave travels along the straight
portion of the tube, while the other half follows the curved semicircle of radius r. For
what values of the wavelength A of the wave will the sound at the detector be a
maximum? a minimum? Answer in terms of r.
uency
sound wave
entering tube
3. High frequency radio waves are emitted by the source
shown. These waves either travel straight along the
ground a distance D to the detector, or travel up and
are reflected by the atmosphere at a height H before
reac
atmosphere
Transcribed Image Text:string? (d) What is the maximum transverse velocity of the string (that is, the maximum vertical velocity of particles in the cord)? [Ans: (b) 1 m; 10 Hz; 10 m/s; (c) 10 N; (d) 2A m/s] 2. A sound wave enters the tube shown below. Half of the wave travels along the straight portion of the tube, while the other half follows the curved semicircle of radius r. For what values of the wavelength A of the wave will the sound at the detector be a maximum? a minimum? Answer in terms of r. uency sound wave entering tube 3. High frequency radio waves are emitted by the source shown. These waves either travel straight along the ground a distance D to the detector, or travel up and are reflected by the atmosphere at a height H before reac atmosphere
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