An as-seen-on-TV product is a non-stick pan which has been reportedly treated with diamond dust (n = 2.417). We decide to shine green light of 537.1nm on the pan and see constructive interference. The next wavelength of light we observe constructively interfere is violet light (483.4 nm). From these we deduce that order for the green light is m = 9. What is the thickness of this diamond dust layer if we assume that the ceramic underneath the diamond layer is n= 0? Determine a wavelength which would destructively %3D interfere.
An as-seen-on-TV product is a non-stick pan which has been reportedly treated with diamond dust (n = 2.417). We decide to shine green light of 537.1nm on the pan and see constructive interference. The next wavelength of light we observe constructively interfere is violet light (483.4 nm). From these we deduce that order for the green light is m = 9. What is the thickness of this diamond dust layer if we assume that the ceramic underneath the diamond layer is n= 0? Determine a wavelength which would destructively %3D interfere.
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Transcribed Image Text:An as-seen-on-TV product is a non-stick pan which has been reportedly treated with diamond dust (n =
2.417). We decide to shine green light of 537.1nm on the pan and see constructive interference. The next
wavelength of light we observe constructively interfere is violet light (483.4 nm). From these we deduce
that order for the green light is m = 9. What is the thickness of this diamond dust layer if we assume that
the ceramic underneath the diamond layer is n = 0? Determine a wavelength which would destructively
interfere.
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