The type of electromagnetic waves that would lead to diffraction when shined through the spaces in between the atoms and through the space in between the skyscrapers.

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Although the transmission of light, and electromagnetic radiation generally, is correctly described by wave (physical) optics, there are situations for which ray (geometric) optics gives a sufficiently good approximation. For each of the situations described in the following, determine whether ray optics may be used or wave optics must be used. Part (a) Green laser light of wavelength 565 nm is incident on a 35-cm diameter mirror. Part (b) Red laser light of wavelength 629 nm is incident on a molecule of size 105 nm. Wave None of these Ray

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Chapter 34, Problem 36PQ

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The type of electromagnetic waves that would lead to diffraction when shined through the spaces in between the atoms and through the space in between the skyscrapers.

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