"THIN LENS IMAGERY, CHARACTERISTICS for REAL OBJECTS, NEWTONIAN.A summary of object/image properties for concave and convex lenses follows. (Enter 2 of 3 values and leave unknown as 0, program will calculate.) Lens OBJECT <-------------------- IMAGE -------------------> Location Type Location Orient. rel. size CNCV anywhere virtual |S[I]<|F| erect minfied CNVX ∞>S[O]>2*F real F<S[I]<2*F invert. minified CNVX S[O]=2*F real S[I]=2*F invert. same size CNVX F<S[O]<2*F real ∞>S[I]>2*f invert. magnified CNVX S[O]=F ±∞ CNVX S[O]<F virtual |S[I]|>S[O] erect magnified F = focal length X[O or I] => distance from F to object or image. Transverse magnification: M[T] < 0 inverted |M[T]| < 1 minified *** Answer(s) to problem *** (c) PCSCC, Inc., 1993 This problem is solved by approximation. Image height is not required. Set F=30,X[I]=1 and X[O]=0. Move cursor to X[I], type S and type (end esc) OBJECT_DIST (enter). For value type (end esc) 100 (enter). Use default for range, type (enter). Trans_mag=-.43, image at 43.9. Mo is inverted and minified, too! ||A 9 cm tall statue of Mo Howard is sitting 100 cm from a positive (converging) lens of 30 cm focal length. (a) Describe Mo's image. Type comma key to see answer. Type (F2) to return to application file."
