1. A concave spherical mirror with a radius of curvature r = 40.0 cm images an object with its base on the optical axis and a height y = 5.0cm. The object is located in front of the mirror at a distance p= 30.8 cm from the reflecting surface. Draw a clearly labeled ray diagram. You should include and label: a. optical axis, b. object, c. image, d. mirror, e. focal point for an object at infinity, f. center of curvature, g. parallel ray, h. focal ray, i. radial ray, and j. central ray on the diagram. Draw rays with arrows. The scaled down drawing should be done accurately to represent the distances given in this problem. b. Find the location of the image, i . Find the lateral magnification, m . d. Find the height, y’ of the image. Is the image virtual or real? Is the image inverted (up-side down) or is it not inverted (right-side up)? С. е. f.

1. A concave spherical mirror with a radius of curvature r = 40.0 cm images an object with its base on the optical axis and a height y = 5.0cm. The object is located in front of the mirror at a distance p= 30.8 cm from the reflecting surface. Draw a clearly labeled ray diagram. You should include and label: a. optical axis, b. object, c. image, d. mirror, e. focal point for an object at infinity, f. center of curvature, g. parallel ray, h. focal ray, i. radial ray, and j. central ray on the diagram. Draw rays with arrows. The scaled down drawing should be done accurately to represent the distances given in this problem. b. Find the location of the image, i . Find the lateral magnification, m . d. Find the height, y’ of the image. Is the image virtual or real? Is the image inverted (up-side down) or is it not inverted (right-side up)? С. е. f.