A 10.00 cm high object is placed at a distance of 60 cm in front of...

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A 10.00 cm high object is placed at a distance of 60 cm in front of a concave mirror. The mirror focal length is 40 cm. The grid size is 10x10 cm. a- Locate the focal length. b- Draw the object like the following shape and place it according to the grid size on the axis. c- Use equation for thin lens to find the position, height, and magnification of the image. d- Draw the ray diagram. Show the angle for the middle ray. e- Draw the image according to the grid size as well. f- Is the image inverted? Is the image real? 1 1 Possibly usefull formula: - + = m = _st S S A 10.00 cm high object is placed at a distance of 60 cm in front of a concave mirror. The mirror focal length is 40 cm. The grid size is 10x10 cm. a- Locate the focal length. b- Draw the object like the following shape and place it according to the grid size on the axis. c- Use equation for thin lens to find the position, height, and magnification of the image. d- Draw the ray diagram. Show the angle for the middle ray. e- Draw the image according to the grid size as well. f- Is the image inverted? Is the image real? 1 1 Possibly usefull formula: - + = m = _st S S