A light beam has a wavelength 363 nm in dense flint glass (n = 1.655). When it travels in vacuum (n = 1). Oits frequency = 8.28e+14 Hz its frequency= 3,02e+14 Hz O its wavelength = 600 nm %3D its wavelength = 219.3 nm

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A light beam has a wavelength 363 nm in dense flint glass (n = 1.655). WWhen it travels in vacuum (n
= 1).
its frequency = 8.28e+14 Hz
its frequency = 3.02e+14 Hz
its wavelength = 600 nm
its wavelength = 219.3 nm
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Transcribed Image Text:Time left 0:02:40 A light beam has a wavelength 363 nm in dense flint glass (n = 1.655). WWhen it travels in vacuum (n = 1). its frequency = 8.28e+14 Hz its frequency = 3.02e+14 Hz its wavelength = 600 nm its wavelength = 219.3 nm Next page
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