A soap bubble (n = 1.33) which is floating in air does not reflect green light of wavelength 512 nm. (i) Calculate the thickness of the soap bubble. (ii) Explain how a bubble of different thickness could also results in no green light (2= 512 nm) produced.
A soap bubble (n = 1.33) which is floating in air does not reflect green light of wavelength 512 nm. (i) Calculate the thickness of the soap bubble. (ii) Explain how a bubble of different thickness could also results in no green light (2= 512 nm) produced.
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
Transcribed Image Text:A soap bubble (n = 1.33) which is floating in air does not reflect green light of
wavelength 512 nm.
(i)
Calculate the thickness of the soap bubble.
(ii)
Explain how a bubble of different thickness could also results in no green
light (2 = 512 nm) produced.
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