Wavelength of light in vacuum, Physics

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Wavelength of light in vacuum

i) Compute the wavelength of light in vacuum which consists of a frequency of 6.3 x 10¹⁴ Hz.

ii) Determine its wavelength in benzene? (The index of refraction of benzene is 1.501.)

iii) Compute the energy of one photon of such light in vacuum. Describe the answer in electron volts.

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Physics: Wavelength of light in vacuum

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Physics: Wavelength of light in vacuum

Reference No:- TGS0853848

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Recent Questions Asked Physics

Q : Find actual simple annual interest rate to pay

Q : Explain the electron transitions that form this series

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Q : Determine the partial pressure of krypton in torr

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Q : Object is in front of the converging lens

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Request for Solution File

Ask an Expert for Answer!!

Physics: Wavelength of light in vacuum

Reference No:- TGS0853848

Recent Questions Asked Physics

Q : Find actual simple annual interest rate to pay

Q : Explain the electron transitions that form this series

Q : Finding the location of the image

Q : Determine the partial pressure of krypton in torr

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