A thin lens with an aperture of 6.0 cm and focal length of -10.0 cm is located 4.0 cm behind another thin lens with an aperture of 8.0 cm and focal length of +5.0 cm. An object 4.0 cm high is located with its center on the axis +12.0 cm in front of the first lens and a stop 5.0 cm in diameter is located midway between the lenses. Calculate and graphically find (a) the size and position of the entrance pupil; (b) the size and position of the exit pupil; and
A thin lens with an aperture of 6.0 cm and focal length of -10.0 cm is located 4.0 cm behind another thin lens with an aperture of 8.0 cm and focal length of +5.0 cm. An object 4.0 cm high is located with its center on the axis +12.0 cm in front of the first lens and a stop 5.0 cm in diameter is located midway between the lenses. Calculate and graphically find (a) the size and position of the entrance pupil; (b) the size and position of the exit pupil; and
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
Transcribed Image Text:A thin lens with an aperture of 6.0 cm
and focal length of -10.0 cm is located
4.0 cm behind another thin lens with an
aperture of 8.0 cm and focal length of
+5.0 cm. An object 4.0 cm high is
located with its center on the axis +12.0
cm in front of the first lens and a stop
5.0 cm in diameter is located midway
between the lenses. Calculate and
graphically find
(a) the size and position of the entrance
pupil;
(b) the size and position of the exit
pupil; and
(c) the size and position of the final
image.
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