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Two thin lenses, 5 cm in diameter each, and focal lengths 10 cm and 6 cm respectively, are placed 4 cm apart. An aperture stop 2 cm in diameter is set halfway between the lenses. Solve for the (a) positions and (b) diameters of the entrance pupil and exit pupil. (Give your OWN and COMPLETE step by step solution with formulas and explanation. Topic: Optical Physics)

Two thin lenses, 5 cm in diameter each, and focal lengths 10 cm and 6 cm respectively, are placed 4 cm apart. An aperture stop 2 cm in diameter is set halfway between the lenses. Solve for the (a) positions and (b) diameters of the entrance pupil and exit pupil. (Give your OWN and COMPLETE step by step solution with formulas and explanation. Topic: Optical Physics)

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Two thin lenses, 5 cm in diameter each, and focal lengths 10 cm and 6 cm respectively, are placed 4 cm apart. An aperture stop 2 cm in diameter is set halfway between the lenses. Solve for the (a) positions and (b) diameters of the entrance pupil and exit pupil. (Give your OWN and COMPLETE step by step solution with formulas and explanation. Topic: Optical Physics) f-10, D-5 AS, D=2 f-6, D-5 } ! 2cm 4cm Figure 1.
Transcribed Image Text:Two thin lenses, 5 cm in diameter each, and focal lengths 10 cm and 6 cm respectively, are placed 4 cm apart. An aperture stop 2 cm in diameter is set halfway between the lenses. Solve for the (a) positions and (b) diameters of the entrance pupil and exit pupil. (Give your OWN and COMPLETE step by step solution with formulas and explanation. Topic: Optical Physics) f-10, D-5 AS, D=2 f-6, D-5 } ! 2cm 4cm Figure 1.
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