When is a convex mirror used

In the process, however, convex mirrors make objects appear smaller and therefore farther away, so the message is there to serve as a reminder that the image is not exactly as it appears. A convex mirror is the opposite of a concave mirror in that it is curved outward. The reflected light spreads out rather than converging at a point.

Therefore convex mirrors form virtual images. It helps to see the larger objects behind us in a smaller view. Convex mirrors are set up inside buildings, hospitals, and offices. These convex mirrors help people to look around the corner and avoid running on each other to stop interference. Embibe is providing free study material for Class 8 to Class 12 students for subjects like Physics, Chemistry, Biology, and Maths.

Students can access these materials for free and prepare for their exams. Now you are provided with a detailed article on uses of Convex mirrors and we hope this detailed article is helpful to you. If you have any queries regarding applications of Convex mirrors, ping us through the comment section below and we will get back to you as soon as possible. Support: support embibe. General: info embibe. Skip to primary navigation Skip to main content Skip to primary sidebar K12 K Convex Mirrors As Rear-View Mirrors Convex mirrors are used as rearview mirrors in vehicles such as cars, buses, motorcycles, etc.

Convex Mirrors For Security Purposes Convex mirrors are widely used in building hallways, shops for security purposes. Characteristics of Convex Mirrors The characteristics of Convex Mirrors are given below: Convex mirrors produce only erect and virtual images The object reflected by the mirror will be virtual, upright, and smaller.

Despite the distance of the object from the mirror, it always displays the virtual image. The distance between the pole and the focus is known as the focal length. The center of the glass spheres the mirror has been cut from is called the center of curvature. It is an imaginary point. The distance between the pole and the center of curvature is known as the radius of curvature. The radius of curvature is double the focal length. A convex mirror can also be called a diverging mirror.

This is because all the rays falling on its surface seem to be diverging from one point being the focus. The images formed by a convex mirror is always virtual, upright and diminished.

Hence everything appears smaller, and it covers a wider view. Compared to other reflective mirrors, the field of view for a convex mirror is the maximum. This is because the rays of light falling parallel once reflected diverge. Therefore, it covers are a larger field of view compared to a plane or concave mirror.

This one factor allows a very large usage of convex mirrors. First, convex mirrors are used in the rear-view mirrors of all vehicles.