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concave mirror

Input interpretation

concave mirror image equations
concave mirror image equations

Equation

1/i + 1/o = 1/f | M = -i/o |  i | distance between image and mirror f | focal length o | distance between object and mirror M | subject magnification factor
1/i + 1/o = 1/f | M = -i/o | i | distance between image and mirror f | focal length o | distance between object and mirror M | subject magnification factor

Input values

focal length | 20 mm (millimeters) distance between object and mirror | 26 mm (millimeters)
focal length | 20 mm (millimeters) distance between object and mirror | 26 mm (millimeters)

Result

distance between image and mirror | 86.67 mm (millimeters) = 0.2843 feet = 3.412 inches = 8.667 cm (centimeters) = 0.08667 meters subject magnification factor | -3.333
distance between image and mirror | 86.67 mm (millimeters) = 0.2843 feet = 3.412 inches = 8.667 cm (centimeters) = 0.08667 meters subject magnification factor | -3.333

Ray plot

Ray plot
Ray plot