Answer only FOUR questions. Q1: How can you classify the optical processes? Q2: The wavelength limits...

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Answer only FOUR questions. Q1: How can you classify the optical processes? Q2: The wavelength limits of the spectrum are about 350-750nm run. In which region of the electromagnetic spectrum this range lie. Convert these limits to Wavenumber cm¹, Energy (eV) and Frequency (pHz) Q3: The reflectivity of silicon at 633nm is 35% and the absorption coefficient is 3.8x105 m¹. Calculate the transmission of a sample with a thickness of 10 µm. Q4: Define the following terminologies: Stokes vector Critical angle Birefringence materials Q5: Use the Jones matrix to calculate the effect of a horizontal polarizer on light that is initially 45ºpolarized. Note: the horizontal polarized vector is [1] Answer only FOUR questions. Q1: How can you classify the optical processes? Q2: The wavelength limits of the spectrum are about 350-750nm run. In which region of the electromagnetic spectrum this range lie. Convert these limits to Wavenumber cm¹, Energy (eV) and Frequency (pHz) Q3: The reflectivity of silicon at 633nm is 35% and the absorption coefficient is 3.8x105 m¹. Calculate the transmission of a sample with a thickness of 10 µm. Q4: Define the following terminologies: Stokes vector Critical angle Birefringence materials Q5: Use the Jones matrix to calculate the effect of a horizontal polarizer on light that is initially 45ºpolarized. Note: the horizontal polarized vector is [1]

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Q1Classification of Optical Processes are 1Reflection 2Propogation 3Transmission Q2The wavelength ra... View the full answer