Answer Happy

Please solve this problem:
Use the formula sheet provided below
Problem 4 (20 points) For each part of the below question, choose one correct answer from the drop-down multiple choice menu box. An object is located at a distance , - 15 cm in front of a mirror having a focal length f = -16 cm a) [3 points] What is the type of the mirror? The mirror is b) [5 points) Find the position of the image si. S;= c) [5 points) Find the radius of curvature R. R= . d) (4 points] Assume si = -19 cm. Find the transverse magnification Mr. Mr = e) [3 points] Using the result from part d), is the image upright or inverted? The image is
1 1 1 + =- So Si f + = = yo Mirrors: Vi Si Мт So (Convex mirror:f <0 and R <0) (Concave mirror: f > 0 and R > 0) The real image is in front of mirror, but it is behind the lens. Meaning Associated with the Signs of Spherical Mirror Parameters Quantity Sign S. Real Object Virtual Object Si Real Image Virtual Image yo Erect Object Inverted Object уі Erect Image Inverted Image M Erect Image Inverted Image f and r Concave Mirror Convex Mirror