20 Points Two Converging Lenses Are Separated By A Distance L 90 Cm The Focal Length Of Each Lens Is Equal To F1 1 (42.95 KiB) Viewed 11 times
20 Points Two Converging Lenses Are Separated By A Distance L 90 Cm The Focal Length Of Each Lens Is Equal To F1 2 (55.03 KiB) Viewed 11 times
(20 points) Two converging lenses are separated by a distance L = 90 (cm). The focal length of each lens is equal to f1 = f2 = 5 [cm]. An object is placed at distance so = 25 (cm) to the left of Lens-1 (The image is not to scale). Object Lens 1 Lens 2 F F2 So L A. [5 points) Calculate the image distance s'y formed by Lens-1. s'i = [cm] B. [2 points] Using the formula sheet, which formula can be used to calculate the transverse magnification? 13 nointsl Tf the image distance formed
A. [5 points) Calculate the image distance s'i formed by Lens-1. si = [cm] B. [2 points) Using the formula sheet, which formula can be used to calculate the transverse magnification? C. [3 points) If the image distance formed by Lens-l is s'i = 8, calculate the transverse magnification My of Lens-l. M1 = D. [5 points) If the image distance formed by Lens-l is s'i = 8, find the distance S2 between Lens-2 and the image formed by Lens-1. S2 = [cm] E. (5 points) If the distance between Lens- 2 and the image formed by Lens-l is S2 = 14 (cm), calculate the final image distance s'2. s'2 = [cm]
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