Efficiency and safety are among the top priorities in a work environment such as warehouses and other workplaces. A good overview of the workspace improves both safety and efficiency. By giving your employees a good overview of their work environment, they are aware of their surroundings, vehicles approaching and the whereabouts of their colleagues.
This means they are able to anticipate dangerous situations and prevent accidents. By improving safety and preventing accidents the efficiency of your work environment improves as well. One of the products that can provide you with this overview is the convex mirror. At JekaShop we offer different types of convex mirrors. A convex mirror, or simply put a curved mirror, is a mirror in which the reflective surface bulges toward the light source.
The surface of a curved mirror can be convex, which means bulging outward, or concave, bulging inward. A convex mirror reflects the light outwards and is therefore not used to focus light.
Convex mirrors, or curved mirrors, always form a virtual image because the focus and centre of curvature are imaginary points inside the mirror and cannot be reached. This means that images formed by a convex mirror cannot be projected onto a screen. Also the image is smaller than the object projected, but gets larger as this object approaches the convex mirror.
Plane Mirror — Are a flat mirror. Spherical Mirror — Are of two types — Concave and convex mirror. It is a spherical mirror curve outward. It is cut out from a glass sphere, and its one surface is painted.
Principal axis is the imaginary line passing through exactly half the height of the convex mirror. All the rays parallel to the principal axis falling on the surface of the convex mirror seem to meet at a point on the other side of the mirror.
The point is known as the focus or focal point. The point of intersection between the mirror and the principal axis is called the pole. 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. 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.
Concave mirrors are used in the electron microscopes and magnifying glasses, They are used in the visual bomb detectors and they are used in the flashlight mirror of the camera. Concave mirror and the convex mirror. T he real image is formed as a result of the intersection of the reflected light rays, It can be received on a screen and it is always inverted. The virtual image is formed as a result of the intersection of the reflected light rays extensions, It can not be received on a screen and it is always erect upright.
The focus of the concave mirror is produced due to the collection of the reflected rays emitted from a far object such as the sun , The rays after being reflected collect in one lit point which is called the focus of the mirror that can be received on the screen.
When the incident light ray is parallel to the principal axis, It reflects passing through the focus, When the incident light ray that passes through the focus, It reflects parallel to the principal axis, When the incident light ray that passes through the center of curvature, It reflects back on itself. When the position of the object is very far, the position of the image is at the focus, The image is real and very tiny dot.
T he object is at a distance greater than the radius of curvature after the center of curvature , The image is at a distance greater than the focal length but less than the double of focal length between the focus and the curvature , The image is real, inverted and diminished small.
W hen the object is at the center of curvature at a distance equals the radius of curvature , The image will be at the curvature center, The image will real, inverted, and equal to the object. W hen the object is between the center of curvature and the focus at a distance more than the focal length but less than the radius of curvature , The image is after the center of curvature at a distance greater than the radius of curvature , The image is real, inverted and enlarged magnified.
W hen the object is between the focus and the pole at a distance less than the focal length, The image is behind the mirror, The image is virtual, upright erect , and magnified. W hen the object is at the focus, No image is formed, The image is at infinity where the rays penetrate as parallel.
The convex mirror is suitable for convenient shop and big supermarket and any other corner where need anti-thief , It is used in the turning off the road and parking. Convex mirrors are used inside the buildings, They are also used in making lenses of sunglasses, They are used in the magnifying glass, They are used in securities and they are used in telescopes.
They can be used as street light reflectors because they can spread the light over a bigger area, They are put on the corners of roads so that you can see any cars coming to avoid the collisions and they are used as ceiling dome mirrors. Wherever the position of the object in front of the convex mirror, the image is smaller than the object, It is upright erect , It is virtual not received on a screen.
Properties of the formed images by the convex lens and concave lens. The types and uses of lenses in our life. Tags: applications of convex mirror Concave mirror focus Concave mirror uses Concave mirrors Convex mirror uses Convex mirrors Focus of concave mirror Images formation cases Incident light ray Mirror focus Real image Spherical mirrors The images The light types of spherical mirrors Use of spherical mirrors uses of concave and convex mirror Virtual image what are the uses of convex mirror.
January 26, July 1, June 20, There are many definition in these articles , You can read them The properties of the image formed by a plane mirror What are the spherical mirrors? Thank you very much , you can read this article about What are the spherical mirrors? You must be logged in to post a comment. Earth and Universe. Uses of the concave mirror and the convex mirror in our daily life. Advantages and disadvantages of using robots in our life. Robot teachers uses, advantages and disadvantages.
The Environment. The positive and negative effects of cars.
0コメント