Flat mirrors reflect light with the angle of incidence equaling the angle of reflection, as described by the law of reflection. This causes light rays to bounce off the mirror and create virtual images that appear behind the mirror. The size and orientation of the reflected image are identical to the original object.
A flat mirror is also called a plane mirror
Flat mirrors are the commonest type, and provide a reflection of the subject. Useful for shaving in and for checking my clothes. They just reflect the light that falls on them. An interesting experiment you can do is to get a couple of flat mirrors and erect them at 90o to each other. If you look in these, you will see a reflection of you that is as other folk see you. The best version of this uses frameless mirrors.
Some types of mirrors include plane mirrors, concave mirrors, and convex mirrors. Plane mirrors have flat surfaces, concave mirrors curve inward like the inside of a bowl, and convex mirrors curve outward like the outside of a bowl. Each type of mirror has unique properties that affect how they reflect light.
Curved mirrors have a reflective surface that is curved inward or outward, causing light rays to converge or diverge. This allows curved mirrors to form both real and virtual images. In contrast, flat mirrors have a flat reflective surface and only produce virtual images that are the same size as the object.
If it's really a "mirror", then it reflects light, regardless of its shape.
how do mirrors reflect light
A flat mirror is also called a plane mirror
Flat mirrors are the commonest type, and provide a reflection of the subject. Useful for shaving in and for checking my clothes. They just reflect the light that falls on them. An interesting experiment you can do is to get a couple of flat mirrors and erect them at 90o to each other. If you look in these, you will see a reflection of you that is as other folk see you. The best version of this uses frameless mirrors.
Some types of mirrors include plane mirrors, concave mirrors, and convex mirrors. Plane mirrors have flat surfaces, concave mirrors curve inward like the inside of a bowl, and convex mirrors curve outward like the outside of a bowl. Each type of mirror has unique properties that affect how they reflect light.
Curved mirrors have a reflective surface that is curved inward or outward, causing light rays to converge or diverge. This allows curved mirrors to form both real and virtual images. In contrast, flat mirrors have a flat reflective surface and only produce virtual images that are the same size as the object.
If it's really a "mirror", then it reflects light, regardless of its shape.
Light interacts with mirrors through the process of reflection. When light hits a mirror, it bounces off the surface at the same angle it came in, creating a clear image of the object reflecting the light. Mirrors can be flat or curved, which affects how the light is reflected and the image that is formed.
by having a same common demominator
Flat mirrors provide a clear, undistorted reflection of objects with the same size and orientation. Concave mirrors converge light rays to a focal point, creating real or virtual images depending on the object location. Convex mirrors diverge light rays, producing virtual, upright, and smaller images.
There are various types of mirrors, including plane mirrors (flat and smooth), concave mirrors (curve inward), convex mirrors (curve outward), and two-way mirrors (reflective on one side and transparent on the other). Mirrors can serve different purposes, such as reflection, magnification, or focusing light.
Not reversed.
Curved mirrors, such as concave and convex mirrors, distort the reflection of objects due to their curved surface. Concave mirrors can focus light to create real or virtual images, while convex mirrors always produce virtual images that are smaller than the object. In contrast, flat mirrors provide a true reflection of objects without any distortion or magnification.