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    Why Is m Equal to 1 for Minimum Thickness in Thin Film Interference?

    wavelengths-->calculating "m" A thin film of turpentine (n=1.36) covers a lanthanum flint glass plate (n=1.80). What is the minimum thickness the film should have if it is to appear green (wavelength=560nm) when viewed from above in white light? (answer=206nm) Use the equation 2t(n)=mλ...
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