12 A long string is constructed by joining the ends of two shorter strings. The tension in the strings is the same but string I has 4 times the linear mass density of string I. When a sinusoidal wave passes from string I to string II: A) the frequency decreases by a factor of 4 B) the frequency decreases by a factor of 2 C) the wavelength decreases by a factor of 4 D) the wavelength decreases by a factor of 2 F) the wavelength increases by a factor of 2

Physics for Scientists and Engineers with Modern Physics
10th Edition
ISBN:9781337553292
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter17: Superposition And Standing Waves
Section: Chapter Questions
Problem 43AP
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12 A long string is constructed by joining the ends of two shorter strings. The tension
in the strings is the same but string I has 4 times the linear mass density of string II.
When a sinusoidal wave passes from string I to string II:
A) the frequency decreases by a factor of 4
B) the frequency decreases by a factor of 2
C) the wavelength decreases by a factor of 4
D) the wavelength decreases by a factor of 2
E) the wavelength increases by a factor of 2
Transcribed Image Text:12 A long string is constructed by joining the ends of two shorter strings. The tension in the strings is the same but string I has 4 times the linear mass density of string II. When a sinusoidal wave passes from string I to string II: A) the frequency decreases by a factor of 4 B) the frequency decreases by a factor of 2 C) the wavelength decreases by a factor of 4 D) the wavelength decreases by a factor of 2 E) the wavelength increases by a factor of 2
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