(10.6)(20) / (10.6-20) = -22.55 cmThe f’s are identical.
Part 3: Lateral Magnification, Mhi2.6 cmho3.6 cmM (hi/ho)0.72 cmM (verification equation)-0.781 cmO4.1 cmL42.5 cmi72.5 cmdo38.4 cmdi30 cmf16.84 cmhi12.9 cmho3.6 cmM (hi/ho)3.58 cmM (verification equation)-3.48 cmdo21.6 cmdi75.1 cmf16.78 cmdo= f f = 16.78 = do= 16.78di= infinity because an image did not appear (1/16.78)-(1/16.78) = 0CONCLUSION:The main objective of experiment 22 was to measure the focal lengths of a converging lens and a diverging lens and investigate magnification. The theory that the experiment was based off of was that light refracts when passing through media with different indices of refraction. The first type of lens that was used was a converging lens. A converging lens is thicker in the center than it is at the edges, so it can also be