PART B - Solve the following problems from Lecture 9 Problem 9.1 An object is located 800m from a convex mirror, forming a virtual image 100m behind the mirror. What is the power of the mirror in diopters? Draw the diagram relevant to this case. Draw an explicit diagram for this problem. What is given? What is asked? Formula(s) to be used Solution Problem 9.2 After reflection, a curved mirror forms a parallel pencil of a point source. If the mirror has a radius of 200m, what is the power of the mirror? Draw the diagram relevant to this case. What is given? What is asked? Formula(s) to be used Solution Problem 9.3 A concave mirror with a radius of 400mm forms a real image 400m from the mirror. Where is the object located? Draw an explicit diagram for this problem. What is given? What is asked? Formula(s) to be used Solution Problem 9.4 An object is placed 2.5m from a -2.00D convex mirror. Determine the location of the image formed. Draw an explicit diagram for this problem. What is given? What is asked? Formula(s) to be used Solution Problem 9.5 What would be the size of an image, if a 50m high object were to be positioned 1m in front of a convex mirror with a primary focal length of 5cm? Draw an explicit diagram for this problem. What is given? What is asked? Formula(s) to be used Solution