A thin outer coating with an index of refraction n1 is placed on the outside of a lens with index of refraction n2. The lens and coating are surounded by air. Light with wavelength is shown perpendicular to its surface. How thin can the coating layer be (greater than zero) while maximizing how much light is reflected? Parameters for n1; =1.32, n2 = 1.41, wavelength =592nm

A thin outer coating with an index of refraction n1 is placed on the outside of a lens with index of refraction n2. The lens and coating are surounded by air. Light with wavelength is shown perpendicular to its surface. How thin can the coating layer be (greater than zero) while maximizing how much light is reflected? Parameters for n1; =1.32, n2 = 1.41, wavelength =592nm

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Show step by step!!! A thin outer coating with an index of refraction n1 is placed on the outside of a lens with index of refraction n2. The lens and coating are surounded by air. Light with wavelength is shown perpendicular to its surface. How thin can the coating layer be (greater than zero) while maximizing how much light is reflected? Parameters for n1; =1.32, n2 = 1.41, wavelength =592nm

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