1. A dolphin emits a sound with a frequency of 1.2 x 105 Hz. What is the wavelength of this sound as it moves through seawater with a speed of 1530 m/s?

Inquiry into Physics
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ISBN:9781337515863
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Chapter9: Optics
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Chapter 26 Sound
Relating Properties of Sound
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
Cla
ban
What unknown are you trying to calculate?
wavelength = 2
Replace each variable with its known value.
345 m/s
264 Hz
onsiq sil
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.
bno
2 = 7
λ =
Is
= 1.3 m
roustrando
ased wari nislqxe of spaus
si to
grinut ono seoqque
Sas estsidiy
ahot erli
to vanoupont art
Since antwoll
9nul to 100
3. Look Back and Check
your answer reasonable?
A speed of 345 m/s indicates that the medium through which the sound
is traveling is probably air. A sound with a frequency of 264 Hz is an
audible sound. The wavelength of 1.3 m is reasonable for an audible
sound traveling through air.
Math Practice
On a separate sheet of paper, solve the following problems.
1. A dolphin emits a sound with a frequency of 1.2 x 105 Hz. What is the
wavelength of this sound as it moves through seawater with a speed of
1530 m/s?
Transcribed Image Text:Name Chapter 26 Sound Relating Properties of Sound 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 Cla ban What unknown are you trying to calculate? wavelength = 2 Replace each variable with its known value. 345 m/s 264 Hz onsiq sil 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. bno 2 = 7 λ = Is = 1.3 m roustrando ased wari nislqxe of spaus si to grinut ono seoqque Sas estsidiy ahot erli to vanoupont art Since antwoll 9nul to 100 3. Look Back and Check your answer reasonable? A speed of 345 m/s indicates that the medium through which the sound is traveling is probably air. A sound with a frequency of 264 Hz is an audible sound. The wavelength of 1.3 m is reasonable for an audible sound traveling through air. Math Practice On a separate sheet of paper, solve the following problems. 1. A dolphin emits a sound with a frequency of 1.2 x 105 Hz. What is the wavelength of this sound as it moves through seawater with a speed of 1530 m/s?
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