R, is negative. (C, is on the opposite side from the outgoing light.) R¡ is positive. (C¡ is on the same side as the outgoing light.) Radius of curvature Radius of curvature of second surface: of first surface: - R2 R1 C2 y P' P y' s and s' are positive, so m is negative.
R, is negative. (C, is on the opposite side from the outgoing light.) R¡ is positive. (C¡ is on the same side as the outgoing light.) Radius of curvature Radius of curvature of second surface: of first surface: - R2 R1 C2 y P' P y' s and s' are positive, so m is negative.
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Suppose the absolute values of the radii of curvature of the lens surfaces in Fig. are both equal to 10 cm and the index of refraction of the glass is n = 1.52. What is the focal length f of the lens? (b) Suppose the lens in Fig2 also has n = 1.52 and the absolute values of the radii of curvature of its lens surfaces are also both equal to 10 cm. What is the focal length of this lens?
Transcribed Image Text:R, is negative. (C, is on the opposite
side from the outgoing light.)
R¡ is positive. (C¡ is on the same
side as the outgoing light.)
Radius of curvature
Radius of curvature
of second surface:
of first surface:
- R2
R1
C2
y
P'
P
y'
s and s' are positive,
so m is negative.
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