level: Ray Tracing in Concave Spherical Mirrors
Questions and Answers List
level questions: Ray Tracing in Concave Spherical Mirrors
| Question | Answer |
|---|---|
| The first Principle of Ray Tracing in Concave, spherical mirrors: | When a beam of light travels horizontally and hits a spherical, concave mirror, it is reflected so that it passes through the mirror's focal point. |
| The second Principle of Ray Tracing in Concave, spherical mirrors: | When a beam of light travels through the focal point of a spherical, concave mirror, it is reflected so that it travels horizontally. |
| The third Principle of Ray Tracing in Concave, spherical mirrors: | When a beam of light travels through a spherical, concave mirror's radius of curvature, it sill be reflected backwards along precisely the same path. |
| Real Image | An image formed as the result of intersecting light beams |