When a light ray is incident upon a reflecting surface, the angle of reflection is equal to the angle of incidence. Both of these angles are measured relative to a normal drawn to the surface. The incident ray, the reflected ray, and the normal all lie in the same plane.
Mirrors do not have a delay in reflecting images. The reflection appears instantaneously as light bounces off the mirror's surface.
yes
Reflecting TelescopeA reflecting telescope uses a lens and two mirrors. The lens is positioned at the eyepiece, and thus the focus, which the two mirrors generated by specifically redirected light. There are two types of reflecting telescopes with one lens and two mirrors, the Newtonian Focus and the Cassegrain Focus.
No, it is a type of reflecting telescope with mirrors.
Mirrors are delayed in reflecting our image because light needs time to travel from us to the mirror and back, causing a slight delay in the reflection.
one which reflects of mirrors
reflecting light
A reflecting telescope.
Plane mirrors have a flat reflecting surface, while curved mirrors have a reflecting surface that is curved either inward (concave) or outward (convex). Curved mirrors can focus or diverge light rays depending on their shape, resulting in different optical properties compared to plane mirrors. Additionally, curved mirrors have a focal point and focal length, which plane mirrors do not possess.
the reflecting telescope uses mirrors and lenses. The refracting telescope does not include the mirrors.
When mirrors reflect each other, the light bounces back and forth between them, creating multiple reflections. This creates the illusion of an infinite series of reflections, as each mirror reflects the image of the other mirror reflecting it.
Mirrors and telescopes use light reflection.