Which describes light as it passes from air into glass? Both the wavelength and the frequency increase. Both the wavelength and the frequency remain the same. The wavelength decreases but the frequency remains the same. The frequency increases but the wavelength remains the same. The wavelength increases but the frequency remains the same. Both the wavelength and the frequency decrease. The frequency decreases but the wavelength remains the same.

Which describes light as it passes from air into glass? Both the wavelength and the frequency increase. Both the wavelength and the frequency remain the same. The wavelength decreases but the frequency remains the same. The frequency increases but the wavelength remains the same. The wavelength increases but the frequency remains the same. Both the wavelength and the frequency decrease. The frequency decreases but the wavelength remains the same.

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Which describes light as it passes from air into glass? Both the wavelength and the frequency increase. Both the wavelength and the frequency remain the same. The wavelength decreases but the frequency remains the same. The frequency increases but the wavelength remains the same. The wavelength increases but the frequency remains the same. Both the wavelength and the frequency decrease. The frequency decreases but the wavelength remains the same.

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