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4) A 0.5-cm tall object is placed 1 cm in front of a 2-сm focal length diverging (concave) thin lens. A person looks thr
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4) A 0.5-cm tall object is placed 1 cm in front of a 2-сm focal length diverging (concave) thin lens. A person looks thr
4) A 0.5-cm tall object is placed 1 cm in front of a 2-сm focal length diverging (concave) thin lens. A person looks through the lens and sees en image. Uging either ray tracing techniques or the thin lens formula, determine whether the image is a) real or virtual; b) upright or inverted; c) How far from the lens is the image located; d) How magnified or how tall is the image.
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