Identify the statement that correctly describes the relationship between wavelength and frequency. Wavelength and frequency are inversely proportional. Wavelength and frequency are directly proportional. Wavelength is independent of frequency. Identify the statement that correctly describes the relationship between wavelength and energy. Energy and wavelength are directly proportional. Energy and wavelength are inversely proportional. Energy is independent of wavelength. Identify the statement that correctly describes the relationship between energy and frequency. Energy is independent of frequency. Energy and frequency are inversely proportional. Energy and frequency are directly proportional.

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Physics

Jadyn Tyler

9 February, 22:07

Identify the statement that correctly describes the relationship between wavelength and frequency. Wavelength and frequency are inversely proportional. Wavelength and frequency are directly proportional. Wavelength is independent of frequency. Identify the statement that correctly describes the relationship between wavelength and energy. Energy and wavelength are directly proportional. Energy and wavelength are inversely proportional. Energy is independent of wavelength. Identify the statement that correctly describes the relationship between energy and frequency. Energy is independent of frequency. Energy and frequency are inversely proportional. Energy and frequency are directly proportional.

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Dominick Newton · Answer 1

Wavelength and frequency are inversely proportional.

Energy and wavelength are inversely proportional.

Energy and frequency are directly proportional.

Explanation:

v=λf

λ=v/f

Where λ = wavelength, f = frequency

This means as wavelength increases the frequency decreases and vice versa

Energy and wavelength are inversely proportional.

E = h · c / λ.

Where E = Energy, λ = wavelength

As Energy increases the wavelength decreases.

Energy and frequency are directly proportional.