Analysis for Thin Lenses Table 1: One Lens Object Image Image Height Object Image Distance Distance h’(mm) Distance Distance Height p(mm) q(mm) p(mm) q(mm) h’(mm) 500 250 475 200 450 150 400 125 350 120 300 110 Using Excel, or some other graphing program, make a graph of Image Distance vs. Object Distance (q vs. p), then answer the following question about this graph. What value does the approach as the becomes larger? image distance object distance What value does the approach as the becomes larger? object distance image distance How does the value of the answers to questions 1, and 2 relate to the lens used in part 1?
Analysis for Thin Lenses Table 1: One Lens Object Distance p(mm) Image Distance q(mm) Image Height h’(mm) Object Distance p(mm) Image Distance q(mm) Height h’(mm) 500 250 475 200 450 150 400 125 350 120 300 110 Using Excel, or some other graphing program, make a graph of Image Distance vs. Object Distance (q vs. p), then answer the following question about this graph. What value does the image distance approach as the object distance becomes larger? What value does the object distance approach as the image distance becomes larger? How does the value of the answers to questions 1, and 2 relate to the lens used in part 1?
Thin%20Lenses%20&%20Concave%20Mirrors.docx