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Standing Waves on Strings Term: Name: 1. A string of 50 cm length has a mass of 25 g. What is the linear mass density of the string? a. 0.05 kg/m b. 0.50 kg/m c. 2.00 kg/m d. 0.08 kg/m e. 20 kg/m 2. A string of linear mass density 0.1 kg/m under 10 N of tension supports waves with what phase speed? a. 3.2 m/s b. 1.0 m/s c. 10.0 m/s d. 100 m/s e. 0.3 m/s 3. A standing wave on a string of length 1.5 m has three anti-nodes. What is its wave- length? а. 0.5 т b. 0.7 m с. 1.5 т d. 1.0 m e. 3.0 m 4. A standing wave on a string that supports waves of speed 24 m/s has a fundamental frequency of 8 Hz. What is the length of the string? a. 0.75 m b. 0.50 m c. 3.0 m d. 1.0 m e. 1.5 m Alt Alt 5. Two consecutive harmonics on a string of length 0.2 m are 220 Hz and 330 Hz. What is the wave speed on this string? а. 22 т/s b. 44 m/s с. 50 т/s d. 66 m/s e. 88 т/s II 0.000 loeted at the origin Anothor ird parle change particle he origiu

Standing Waves on Strings Term: Name: 1. A string of 50 cm length has a mass of 25 g. What is the linear mass density of the string? a. 0.05 kg/m b. 0.50 kg/m c. 2.00 kg/m d. 0.08 kg/m e. 20 kg/m 2. A string of linear mass density 0.1 kg/m under 10 N of tension supports waves with what phase speed? a. 3.2 m/s b. 1.0 m/s c. 10.0 m/s d. 100 m/s e. 0.3 m/s 3. A standing wave on a string of length 1.5 m has three anti-nodes. What is its wave- length? а. 0.5 т b. 0.7 m с. 1.5 т d. 1.0 m e. 3.0 m 4. A standing wave on a string that supports waves of speed 24 m/s has a fundamental frequency of 8 Hz. What is the length of the string? a. 0.75 m b. 0.50 m c. 3.0 m d. 1.0 m e. 1.5 m Alt Alt 5. Two consecutive harmonics on a string of length 0.2 m are 220 Hz and 330 Hz. What is the wave speed on this string? а. 22 т/s b. 44 m/s с. 50 т/s d. 66 m/s e. 88 т/s II 0.000 loeted at the origin Anothor ird parle change particle he origiu

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Standing Waves on Strings Term: Name: 1. A string of 50 cm length has a mass of 25 g. What is the linear mass density of the string? a. 0.05 kg/m b. 0.50 kg/m c. 2.00 kg/m d. 0.08 kg/m e. 20 kg/m 2. A string of linear mass density 0.1 kg/m under 10 N of tension supports waves with what phase speed? a. 3.2 m/s b. 1.0 m/s c. 10.0 m/s d. 100 m/s e. 0.3 m/s 3. A standing wave on a string of length 1.5 m has three anti-nodes. What is its wave- length? а. 0.5 т b. 0.7 m с. 1.5 т d. 1.0 m e. 3.0 m 4. A standing wave on a string that supports waves of speed 24 m/s has a fundamental frequency of 8 Hz. What is the length of the string? a. 0.75 m b. 0.50 m c. 3.0 m d. 1.0 m e. 1.5 m
Transcribed Image Text:Standing Waves on Strings Term: Name: 1. A string of 50 cm length has a mass of 25 g. What is the linear mass density of the string? a. 0.05 kg/m b. 0.50 kg/m c. 2.00 kg/m d. 0.08 kg/m e. 20 kg/m 2. A string of linear mass density 0.1 kg/m under 10 N of tension supports waves with what phase speed? a. 3.2 m/s b. 1.0 m/s c. 10.0 m/s d. 100 m/s e. 0.3 m/s 3. A standing wave on a string of length 1.5 m has three anti-nodes. What is its wave- length? а. 0.5 т b. 0.7 m с. 1.5 т d. 1.0 m e. 3.0 m 4. A standing wave on a string that supports waves of speed 24 m/s has a fundamental frequency of 8 Hz. What is the length of the string? a. 0.75 m b. 0.50 m c. 3.0 m d. 1.0 m e. 1.5 m
Alt Alt 5. Two consecutive harmonics on a string of length 0.2 m are 220 Hz and 330 Hz. What is the wave speed on this string? а. 22 т/s b. 44 m/s с. 50 т/s d. 66 m/s e. 88 т/s II 0.000 loeted at the origin Anothor ird parle change particle he origiu
Transcribed Image Text:Alt Alt 5. Two consecutive harmonics on a string of length 0.2 m are 220 Hz and 330 Hz. What is the wave speed on this string? а. 22 т/s b. 44 m/s с. 50 т/s d. 66 m/s e. 88 т/s II 0.000 loeted at the origin Anothor ird parle change particle he origiu
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