Problem 2: Ray tracing with a diverging lens A 30 cm high object is located 55 cm from a diverging lens with a focal length of -30 cm. The setup is shown in a reduced scale below. Assume again that the lens is very thin: light refracts at the vertical line.A. Draw a ray diagram to find the image. Make sure that its height and location are clear. You only need to draw 2 special rays but draw more if you'd like. Use a straightedge and be as accurate as possible. B. Use a ruler to measure the image location, using the appropriate sign to indicate whether it is a real or virtual image. Use the scale shown along the axis to find the expected location of the image. C. Use a ruler to measure the image height, using the appropriate sign to indicate whether it is a upright or inverted. Use the scale shown along the axis to find the expected height of the image. Calculate the image magnification. D. Use the thin lens equation to compute the image distance. Compute the percent error of your measurement. E. Use the formula for the linear magnification with the image distance you calculated in part D to calculate the linear magnification. Compute the percent error of your measurement