What is the wavelength of $1 H z$ of a sound wave travelling through air?

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Solution

Step 1: Given that:
The velocity of sound waves through the air is $343 m / s$ .
Frequency $= 1 Hz$
Step 2: Finding the wavelength of a sound wave:
We know that,
Wavelength, $λ = \frac{v e l o c i t y (c)}{frequency (f)}$
Substituting the known values,
$= \frac{343}{1}$
$= 343 m$
Hence, the sound wave's wavelength is $343 m$ .

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What is the wavelength of 1Hzof a sound wave travelling through air?

Step 1: Given that:The velocity of sound waves through the air is 343m/s. Frequency=1HzStep 2: Finding the wavelength of a sound wave: We know that,Wavelength, λ=velocitycfrequencyfSubstituting the known values, =3431 =343mHence, the sound wave's wavelength is 343m.

What is the wavelength of $1 H z$ of a sound wave travelling through air?