2. Sound with a wavelength of 5.8 m moves through a material at a speed of 1508 m/s. What is the frequency of the sound?

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Chapter1: Units, Trigonometry. And Vectors
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Relating Properties of Sound (58)
A musical note has a frequency of 264 Hz. What is the wavelength of the
sound if it moves with a speed of 345 m/s?
1. Read and Understand
What information are you given?
speed of the sound wave = v= 345 m/s
frequency of the sound wave = f = 264 Hz
2. Plan and Solve
What unknown are you trying to calculate?
wavelength = 2
What relationship can you use to find the unknown?
wave speed = wavelength x frequency: v=af
Rearrange the equation to solve for the unknown variable.
λ =
7
Replace each variable with its known value.
345 m/s
264 Hz
λ =
= 1.3 m
onsig ett Jualat
nisigant ought
emul lo juo
3. Look Back and Check
Is your answer reasonable?
A speed of 345 m/s indicates that the medium through which the 1
2. Sound with a wavelength of 5.8 m moves through a material at a speed
of 1508 m/s. What is the frequency of the sound?
All Rights Reserved.
Transcribed Image Text:Relating Properties of Sound (58) A musical note has a frequency of 264 Hz. What is the wavelength of the sound if it moves with a speed of 345 m/s? 1. Read and Understand What information are you given? speed of the sound wave = v= 345 m/s frequency of the sound wave = f = 264 Hz 2. Plan and Solve What unknown are you trying to calculate? wavelength = 2 What relationship can you use to find the unknown? wave speed = wavelength x frequency: v=af Rearrange the equation to solve for the unknown variable. λ = 7 Replace each variable with its known value. 345 m/s 264 Hz λ = = 1.3 m onsig ett Jualat nisigant ought emul lo juo 3. Look Back and Check Is your answer reasonable? A speed of 345 m/s indicates that the medium through which the 1 2. Sound with a wavelength of 5.8 m moves through a material at a speed of 1508 m/s. What is the frequency of the sound? All Rights Reserved.
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