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Table W2. Formation of a Magnified Image using a Combination of Two Lenses Distance of object from convex lens 1, so1 5cm Calculated distance of first image from convex lens 1, s Description of first image Distance of convex lens 1 from convex lens 2, d 15 cm Calculated distance of first image from convex lens 2, soa Distance of final image from convex lens 2, sa 30 cm Measured magnification of final image, [M] 3.05 Description of final image

Table W2. Formation of a Magnified Image using a Combination of Two Lenses Distance of object from convex lens 1, so1 5cm Calculated distance of first image from convex lens 1, s Description of first image Distance of convex lens 1 from convex lens 2, d 15 cm Calculated distance of first image from convex lens 2, soa Distance of final image from convex lens 2, sa 30 cm Measured magnification of final image, [M] 3.05 Description of final image

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Table W1. Focal Lengths, and Image Description (real/virtual, magnified/reduced, up- right/inverted) of the Convex Lens Convex Lens 1 Convex Lens 2 Trial 3 4 2 3 So (cm) 17 13 20 11.5 25 37 20 58.5 s, (cm) S (cm) 13 17 11.5 20 37 25 58.5 20 Image Description Best Estimate 7.5 cm 15 cm Theoretical Focal Length Percent Deviation Table W2. Formation of a Magnified Image using a Combination of Two Lenses Distance of object from convex lens 1, so.1 5 cm Calculated distance of first image from convex lens 1, s1 Description of first image Distance of convex lens 1 from convex lens 2, d 15 cm Calculated distance of first image from convex lens 2, so2 Distance of final image from convex lens 2, s,2 30 cm Measured magnification of final image, M] 3.05 Description of final image Table W3. Concave-Convex Lens 1 Combination (In Contact) Distance of object from the lenses 30.5 cm Distance of image from the lenses 21.5 cm Equivalent focal length of the lenses Calculated magnification of the image Measured magnification of final image -0.778 Experimental focal length of the concave lens
Transcribed Image Text:Table W1. Focal Lengths, and Image Description (real/virtual, magnified/reduced, up- right/inverted) of the Convex Lens Convex Lens 1 Convex Lens 2 Trial 3 4 2 3 So (cm) 17 13 20 11.5 25 37 20 58.5 s, (cm) S (cm) 13 17 11.5 20 37 25 58.5 20 Image Description Best Estimate 7.5 cm 15 cm Theoretical Focal Length Percent Deviation Table W2. Formation of a Magnified Image using a Combination of Two Lenses Distance of object from convex lens 1, so.1 5 cm Calculated distance of first image from convex lens 1, s1 Description of first image Distance of convex lens 1 from convex lens 2, d 15 cm Calculated distance of first image from convex lens 2, so2 Distance of final image from convex lens 2, s,2 30 cm Measured magnification of final image, M] 3.05 Description of final image Table W3. Concave-Convex Lens 1 Combination (In Contact) Distance of object from the lenses 30.5 cm Distance of image from the lenses 21.5 cm Equivalent focal length of the lenses Calculated magnification of the image Measured magnification of final image -0.778 Experimental focal length of the concave lens
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