please answer 1 and 2 include a graph

Lab 9: Pre-Lab Questions (29) 1. A convex-convex (converging) thin lens of focal length f = 220 mm is placed in a vertical holder. An arrow- shaped light is placed 26 cm to the left of the lens. The light is 6.0 cm tall. (a) Use ray tracing to locate the approximate location and orientation of the image. Note: Your P-ray is traced the same way as the sample problem, but the F-ray will go through the left focus, then go parallel to the axis on the right. The image will be on the right side of the lens, farther away from the lens than the focus. You will not have to trace back to your image using dashed lines. This is made of real light rays, we say it is a real image. (5 pts.) (b) Use the lens equation to find the location, di , of the image. (5 pts.) (c) Use the magnification equation to find the magnification, m, and image height, hi. (4 pts.) forms Experiment 1 of this lab and compiles the data given in the following table. The object 2 A student perform way bright of 400 cm. Use your favorite spreadsheet app to plot _ vs a and fit the data with a line. Find the food length of the lens using the y-intercept of the linear fit equation. Attach the graph to your pre-lab SSSSSS astions (15 pis.) do (cm) d, (cm) 27 55.0 30 43.2 32 40.0 36 37.5 39 32.6 42 32.0 45 30.0 48 27.9 53 27.4 57 26.0 59 26.3 64 25.0