A. Magnification: Consider a simple lens, with a focal length of 3.2 cm, which is being used to createa magnified image of a point object (= a dot). This point object is located on the optic axis in objectspace (left side of the lens) 40.0 mm from the lens. By how much would the object be magnified underthese conditions? In order to receive credit, you must show each step of your calculations. Payparticular attention to formulas, units, conversion factors, unit cancellations, and significantfigures.B. Chromatic Aberration: Draw a ray tracing diagram that accurately illustrates the behavior of thelens described in Part A above if it exhibits uncorrected chromatic aberration in the imaging of thepoint object on the optic axis. Illustrate this with three pairs of rays (for blue, green and redwavelengths), labeling each set of rays with the name of the appropriate color. Consider the lens to befree of other aberrations. Use a millimeter scale and a straight edge to make the diagram accuratewith respect to the positions of the object, image, and the principal foci. The lens axis and opticaxis should be shown and each ray should be carefully drawn as a straight line. For simplicity, the lensmay be represented by a vertical line. Label each element of the diagram so that no ambiguity exists.Photograph the drawing with a scaled ruler in the field of view along the bottom of the diagram parallelto the optic axis (perpendicular to the lens axis). Attach your scale drawing to your problem setresponse.C. Spherical Aberration: Draw a ray tracing diagram that accurately illustrates the behavior of thelens described in Part A above if it exhibits uncorrected spherical aberration in producing themagnified image of the point object on the optic axis. Illustrate this with three pairs of rays. Considerthe lens to be free of other aberrations. Use a millimeter scale and a straight edge to make thediagram accurate with respect to the positions of the object, image, and the principal foci. Thelens axis and optic axis should be shown, and each ray should be carefully drawn as a straight line.For simplicity, the lens may be represented by a vertical line. Label each element of the diagram sothat no ambiguity exists. Photograph the drawing with a scaled ruler in the field of view along thebottom of the diagram parallel to the optic axis (perpendicular to the lens axis). Attach your scaledrawing to your problem set response.

Question

Accepted Answer

Given:
Focal length is 3.2 cm
Distance is 40 mm or -4 cm (includes sign convention)

ide of the lens) 40.0 mm from the ions? In order to receive credit