Concave Mirror Diagrams Animated and Annotated i r

Concave Mirror Diagrams Animated and Annotated.

i r When a ray hits the pole of a mirror, the angle of incidence will equal the angle of reflection.

Any light ray that is incident to the mirror parallel to the principle axis will reflect through the focus of the mirror.

Any light ray that is incident through the focus before hitting the mirror will reflect parallel to the principle axis.

Any light ray that is incident to the mirror parallel to the principle axis will reflect through the focus of the mirror. Object C f Image Inverted, Real, Diminished. Any light ray that is incident through the focus before hitting the mirror will reflect parallel to the principle axis.

Any light ray that is incident to the mirror parallel to the principle axis will reflect through the focus of the mirror. Object C f Image Inverted, Real, Magnification unaffected. When a ray hits the pole of a mirror, the angle of incidence will equal the angle of reflection.

Any light ray that is incident to the mirror parallel to the principle axis will reflect through the focus of the mirror. Object C f Image Inverted, Real, Diminished. Any light ray that is incident through the focus before hitting the mirror will reflect parallel to the principle axis.

Any light ray that is incident to the mirror parallel to the principle axis will reflect through the focus of the mirror. Object C Image cannot focus. Image “forms at infinity. ” f When a ray hits the pole of a mirror, the angle of incidence will equal the angle of reflection.

Any light ray that is incident to the mirror parallel to the principle axis will reflect through the focus of the mirror. Object C Image. Virtual, magnified, upright f When a ray hits the pole of a mirror, the angle of incidence will equal the angle of reflection.