Asked by Pam
Your friend says that the wavelength of light waves is less in water than in air. Do you agree or disagree, and why?
Answers
Answered by
drwls
Yes, the wavelength is less in water because the speed of light is less there than it is in air.
Frequency f alawys stays the same, and
(frequency) x (wavelength) = (speed of light)
When the speed of light goes down, so does the wavelength
Frequency f alawys stays the same, and
(frequency) x (wavelength) = (speed of light)
When the speed of light goes down, so does the wavelength
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