Compute the spot size on the moon of an Earth based collimated Gaussian shaped beam whose wavelength is 0.8um and whose spot size equals 8mm.How long will the beam take to make the round trip?

FIber Optic Please show your work clearly in PDF file. Compute the spot size on the moon of an Earth based collimated Gaussian shaped beam whose wavelength is 0.8um and whose spot size equals 8mm.How long will the beam take to make the round trip? 1 mile = 1609m. D=238,900 miles

Which of the two bodies will emit more radiation in the shorter-wavelength region.Explain

Consider two identical bodies, one at 5000 K and the other at 2000 K. With the aid of a suitable diagram, explain: (a)Which of the two bodies will emit more radiation in the shorter-wavelength region. (b)Which of the two bodies will emit more radiation at a wavelength of 20 μm

Does the height of the baselines measured correspond with losses simply arising from reflection (i.e. 0.036)? If not, what other sources of wavelength-independent losses could there be?Explain

Does the height of the baselines measured correspond with losses simply arising from reflection (i.e. 0.036)? If not, what other sources of wavelength-independent losses could there be? (Note that colorant ions usually result in absorption peaks).

© 2020 EssayQuoll.com. All Rights Reserved. | Disclaimer: For assistance purposes only. These custom papers should be used with proper reference.