A luminous object is 500 m from a wall You are to use a conc

A luminous object is 5.00 m from a wall. You are to use a concave mirror to project an image of the object on the wall, with the image 2.27 the size of the object.

Part A

How far should the mirror be from the wall?

Part B

What should its radius of curvature be?

Solution

di = image distance, do = object distance, f = focus length

di = 2.27 * do , where do = di - 5

di= 2.27 (di - 5)

di = 8.94 m

do = 8.94 - 5 = 3.94 m

------------------------------------------------

1 / do + 1/ di = 2 / R

1 / 3.94 + 1/ 8.94 = 2 / R

R = 5.47 m

A luminous object is 5.00 m from a wall. You are to use a concave mirror to project an image of the object on the wall, with the image 2.27 the size of the obje

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