Create a physics lab report that graphically determines the focal length of a converging lens

Create a lab report with the following sections (as described in the "Writing Lab Reports" content page):

• Problem
• Variables (need TWO appropriate controlled variables)
• Design (provide a screenshot of your lab setup during a measurement)
• Procedure (you can copy steps 1. through 8. and then provide the rest that you used to get your required data)
• Raw Data
• Analyzed Data
• Analysis (you can do your graph by hand or via computer software) - Note: ONLY provide an analyzed data graph for this lab, the raw data graph does not provide any useful information to you
• Conclusion, which includes:
  • a concise paragraph that explains
    • one reason why your experimental value for the focal length does not exactly match the value given by the simulation and
    • why a diverging lens could not be used in this experiment.

Lens type: Converging (convex) lens

Radius of curvature	60cm
Index of refraction	1.50
Diameter	80 cm
Height of object	55cm
Distance between object and lens	104 cm
Distance between image and lens	200 cm
Image height	30 cm

Note: The following steps are not the full procedure required to complete this lab. The steps that have provided are given to make this as close as possible as to what you would experience if performing this experiment in actual lab-based scenario using an optical bench and a metre stick (the horizontal ruler in the simulation).You are required to complete the procedure as part of your lab report.

Thin Lenses hi di m = ho do = do