Mirrors that are curved, tall and thin = concave, short and wide = convex
Disfiguration
In a funny way.
Well, first you need to look at the mirrors. Then you identify the image.
Concave mirrors bring the image to a focal point. Convex mirrors produce a diverging image - the further away from the mirror you are - the larger the magnification.
A concave mirror the image will always be smaller then the actual image
No it dosen't form an image it is simply beads and mirrors
In a funny way.
because of the light rays and the uneven surface!!!!!!!!!1
Well, first you need to look at the mirrors. Then you identify the image.
-A car's headlight, reflector lamps. -Concave mirrors can be used as makeup or shaving mirrors because an enlarged image can be obtained using a concave image. -Concave mirrors can also be mirrors used for dentists to see an enlarged image of a tooth.
They have no mirror image.
Concave mirrors bring the image to a focal point. Convex mirrors produce a diverging image - the further away from the mirror you are - the larger the magnification.
Plane mirrors produce a virtual image.
Mirrors are used in a telescope because they bounce images off of them instead of bending images like refracting telescopes. This ensures that the image is focuses. If you were using a refracting telescope (no mirror) the colours would be bent at different times making an unfocused image.
A concave mirror the image will always be smaller then the actual image
No it dosen't form an image it is simply beads and mirrors
No, only the virtual image will be obtained.
Well first off, convex mirrors are diverging mirrors, which means when they reflect light rays, the light rays never meet. The image that forms when an object is any length away from the mirror, the image is VIRTUAL and erect, the height of the image is smaller than that of the object, and the image is always between the focal point and the vertex of the mirror. Hope that helped!