A ray of light strikes the two surfaces of the corner reflector and returns antiparallel to the original light ray. For a three-dimensional corner reflector the outgoing light ray also leaves antiparallel to the incoming light ray. The lens keeps the ray narrow.
A set of three rays of different colors can also be used with this two-dimensional corner reflector to show that the rays return inverted with respect to their initial orientation.
Demonstrate reflection from a plane mirror Read More
Demonstrate how several light rays are used to locate the image in a plane mirror Read More
Demonstrate that microwaves undergo specular reflection Read More
Show the nature of a virtual image Read More
Counterintuitive investigation of the nature of the image of a plane mirror Read More
Magic trick using a plane mirror Read More
Demonstrate that a plane mirror does not produce a left-to-right inversion Read More
Illustrate a half-silvered mirror Read More
Illusion with half-silvered mirror Read More
Demonstrate partially silvered surfaces Read More
Do a magic trick using partially reflected light Read More
Show how a partially reflective surface can create the illusion of depth. Read More
Show how a corner reflector works in two dimensions Read More
Show what a corner reflector does Read More
Show that the reflected ray from a corner reflector is parallel to the incoming ray Read More
Demonstrate dramatically how a corner reflector works Read More
A two-dimensional microwave corner reflector Read More
Model how the rays reflect in a corner reflector Read More
Show multiple reflections using two mirrors Read More
Show multiple reflections in a three-dimensional system of mirrors Read More
Demonstrate a kaleidoscope with rotating mirrors Read More