[Answer] A transparent film (n = 1.4) is deposited on a glass lens (n = 1.5) to form a non-reflective coating. What thickness would prevent reflection of light with wavelength 5.00 ◊ 102 nm in air?

Answer: A) 89 nm

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A transparent film (n = 1.4) is deposited on a glass lens (n = 1.5) to form a non-reflective coating. What thickness would prevent reflection of light with wavelength 5.00 ◊ 102 nm in air? A transparent film ( n = 1.4 ) is deposited on a glass lens ( n = 1.5 ) to form a non- reflective coating . What thickness would prevent reflection of light with wave length 500 nm in air ? A transparent film (n = 1.4) is deposited on a glass lens (n = 1.5) to form a non-reflective coating. What thickness would prevent reflection of light with wavelength 5.00 102 nm in air ? A) 89 nm A transparent film (n = 1.4) is deposited on a glass lens (n = 1.5) to form a non-reflective coating. What thickness would prevent reflection of light with wavelength 5.00 102 nm in air ? A) 89 nm A transparent film ( n = 1.4 ) is deposited on a glass lens ( n = 1.5 ) to form a non-reflective coating . What thickness would prevent reflection of light with wavelength 5.00 × 10 2 nm in air ? A) 89 nm . B) 125 nm . C) 170 nm . D) 250 nm . E) 357 nm A transparent film ( n = 1.4 ) is deposited on a glass lens ( n = 1.5 ) to form a non-reflective coating . What thickness would preven t reflection of light with wavelength 5.00 × 10 2 nm A transparent film ( n = 1.4 ) is deposited on a glass lens ( n = 1.5 ) to form a ...

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