18, Monochromatic light with λ = 648nm shines down on a plano-convex lens lying on a piece of plate glass, as shown in Figure 18. When viewed from above, one sees a set of concentric dark and bright fringes, referred to as Newton's rings. (a) If the radius of the twelfth dark ring from the center is measured to be 1.56 cm, what is the radius of curvature, R, of the lens? (b) If light with a longer wavelength is used with this system, will the radius of the twelfth dark ring be greater than or less than 1.56 cm? Explain. Plano-convex lens Question 18 R Plate glass
18, Monochromatic light with λ = 648nm shines down on a plano-convex lens lying on a piece of plate glass, as shown in Figure 18. When viewed from above, one sees a set of concentric dark and bright fringes, referred to as Newton's rings. (a) If the radius of the twelfth dark ring from the center is measured to be 1.56 cm, what is the radius of curvature, R, of the lens? (b) If light with a longer wavelength is used with this system, will the radius of the twelfth dark ring be greater than or less than 1.56 cm? Explain. Plano-convex lens Question 18 R Plate glass
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Transcribed Image Text:18, Monochromatic light with λ = 648nm shines down on a plano-convex lens lying on a piece of
plate glass, as shown in Figure 18. When viewed from above, one sees a set of concentric dark and
bright fringes, referred to as Newton's rings. (a) If the radius of the twelfth dark ring from the center is
measured to be 1.56 cm, what is the radius of curvature, R, of the lens? (b) If light with a longer
wavelength is used with this system, will the radius of the twelfth dark ring be greater than or less than
1.56 cm? Explain.
Plano-convex lens
1
Question 18
R
Plate glass
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