2) In the figure below is shown a small object (represented by an arrow) in front of a curved mirror. At the tip of the arrow is a red dot. The mirror is a piece of a sphere. The focal point of the sphere is marked in the picture with an x. The triangular objects are the eyes corresponding to six different eyeballs, belonging to person A, B, or C. If a person can see a given image with each eyeball separately, we say that the person sees two images. 46.195. :- WW 1'." cm 2.51m. For each question, explain how you got your result. Be sure to include a ray diagram as part of your explanation. a. How many red dots will the observer at position A see? Where will the dots appear to be? Specify quantitatively how far from the mirror the dots will appear to be and how high up off the optical axis they will look compared to the original red dot. How many red dots will the observer at position B see? Explain how you know. How many red dots will the observer at position C see? Explain how you know