Part (1): Concave Mirrors Procedures: 1) Go to the following link https://ophysics.com/110.html 2) Move the object's tip to the coordinate point of (-10,2) Q Object 12 cc focus -10 3) Write down the corresponding object distance , object height , image distance , image height in Table 1. Assume each square has a side length of 1 meter. 4) Find the magnification M. Magnification tells you if images are upright/inverted and larger/smaller, image distance tells you if the image is virtual/real. 5) Fill out the table below Table 1: Concave Mirror Focal point f [m] WRITE HERE Center of curvature (CC) [m] WRITE HERE Coord. [m] [m] [m] [m] M Upright/inverted Larger/smaller Virtual/real point (-10,2) (-8,2) (-6, 2) (-4,2) (-2,2)Part (2): Convex Mirrors Procedures: 1) Go to the following link https://ophysics.com/110.html 2) Move the object to the coordinate point of (10,2) Convex Mirror: do = any usImage Image Characteristics do = 10 di = -2.86 Upright ho = 2 hi = 0.57 Virtual Image hi di > f 3) Write down the corresponding object distance , object height , image distance , image height in Table 1. Assume each square has a side length of 1 meter. 4) Find the magnification M. Magnification tells you if images are upright/inverted and larger/smaller, image distance tells you if the image is virtual/real. 5) Fill out the table below Table 2: Convex Mirror Focal point f [m] WRITE HERE Center of curvature (CC) [m] WRITE HERE Coord. [m] [m] [m] [m] M Upright/inverted Larger/smaller Virtual/real point (10,2) (8,2) (6,2) (4,2) (2,2) Part (3): AnalysisPart (3): Analysis Concave mirrors 1} If an object is placed outside the center of curvature, the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real 2) If an object is placed on the center of curvature, then the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real 3) If an object is placed in between the center of curvature and focal point, then the image will be Upright/ inverted , Larger/ smaller , nonexistent, and Virtual/real 4} If an object is placed on the focal point, then the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real 5) If an object is placed inside the focal point, then the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real Con vex mirrors 6) If an object is placed outside the center of curvature, the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real 7) If an object is placed on the center of curvature, then the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real 8} If an object is placed in between the center of curvature and focal point, then the image will be Upright/ inverted , Larger/ smaller , nonexistent, and Virtual/real 9) If an object is placed on the focal point, then the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real 10) If an Object is placed inside the focal point, then the image will be Upright/inverted , Larger/smaller , nonexistent, and Virtual/real General 11) When is focal length negative? When is image distance negative? 12) Using only a given and , what would the following be? a. Focal length b. Magnification c. Object height (1. Image height e. Radius of Curvature of the lens SHOW WORK HERE Credit: Joshua Sonderegger