An object is located at a distance S = 2f to the left of a converging...

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An object is located at a distance S = 2f to the left of a converging lens, as shown. Using the lens equation and the magnification equation, characterize the image of the object. The image is inverted and is smaller than the object. The image is inverted and is bigger than the object. The image is inverted and is the same size as the object. object S S=2f 11 17 M f S S An object is located at a distance S = 2f to the left of a converging lens, as shown. Using the lens equation and the magnification equation, characterize the image of the object. The image is inverted and is smaller than the object. The image is inverted and is bigger than the object. The image is inverted and is the same size as the object. object S S=2f 11 17 M f S S An object is located at a distance S = 2f to the left of a converging lens, as shown. Using the lens equation and the magnification equation, characterize the image of the object. The image is inverted and is smaller than the object. The image is inverted and is bigger than the object. The image is inverted and is the same size as the object. object S S=2f 11 17 M f S S An object is located at a distance S = 2f to the left of a converging lens, as shown. Using the lens equation and the magnification equation, characterize the image of the object. The image is inverted and is smaller than the object. The image is inverted and is bigger than the object. The image is inverted and is the same size as the object. object S S=2f 11 17 M f S S

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