Parallel light rays from a ray projector reflect from concave and convex mirror blocks on a magnetic blackboard, allowing students to directly observe focal points, spherical aberration, and caustic curves. …
A polished spherical mirror produces virtual, upright, and distorted images. Students observe how the curved surface compresses a wide field of view and explore anamorphic projection — placing a pre-distorted …
A concave parabolic mirror creates a real image of hidden upside-down roses that appears upright inside a glass, demonstrating real image formation by curved mirrors. Students see that real images …
Two concave mirrors placed face-to-face create a real 3D image of a small object that appears to float above the aperture. Students learn about real image formation, focal point geometry, …
A candle and translucent screen on an optical rail show how image location, size, and orientation change as the object moves relative to the focal point and center of curvature …
Demonstrates real and virtual image formation using concave and convex hand mirrors with a carbon filament lamp. Students observe inverted real images projected by the concave mirror and diminished virtual …
Large 60cm mirrors let the entire lecture hall observe image properties of curved mirrors simultaneously. Students see that the concave mirror produces inverted or upright images depending on distance, while …