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Q.
The type of mirror that can form a real image is ____.
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Detailed Solution
Concept- Real images are generally formed by concave mirror. Remember the concave and convex mirror structures. If the reflected rays from the mirror can be focussed on the screen, the true picture is generated. Back tracing the reflected rays from the mirror may be used to create the virtual picture.
To answer this topic, we must first understand the many sorts of mirrors. Mirrors are classified into two types: plane mirrors and spherical mirrors. We know that there are two types of spherical mirrors: concave mirrors and convex mirrors.
We know that if a real object's image can be produced on the screen, it is referred to as a real image, and if the picture cannot be focused on the screen, it is referred to as a virtual image.
When the spherical mirror's outer surface is painted, the inner surface reflects light beams. A concave mirror is a sort of lens that we are familiar with. When the inside surface of a spherical mirror is painted, it is referred to be a convex mirror. The reflecting surface is the outer surface of the convex mirror. As a result, the rays reflected by the convex mirror deviate in every direction. As a result, we cannot construct the true picture of the item with a convex mirror since the image formed by the convex mirror is focussed by back tracing the reflected rays from the object's outer surface.
Because the outside surface of the concave mirror is painted, the inner surface works as a reflecting surface. When parallel rays from the objects strike the concave mirror, they converge at a specific location. As a result, the true form generated by the concave mirror is the true picture of the item.
Hence, the answer is concave mirror.
To answer this topic, we must first understand the many sorts of mirrors. Mirrors are classified into two types: plane mirrors and spherical mirrors. We know that there are two types of spherical mirrors: concave mirrors and convex mirrors.
We know that if a real object's image can be produced on the screen, it is referred to as a real image, and if the picture cannot be focused on the screen, it is referred to as a virtual image.
When the spherical mirror's outer surface is painted, the inner surface reflects light beams. A concave mirror is a sort of lens that we are familiar with. When the inside surface of a spherical mirror is painted, it is referred to be a convex mirror. The reflecting surface is the outer surface of the convex mirror. As a result, the rays reflected by the convex mirror deviate in every direction. As a result, we cannot construct the true picture of the item with a convex mirror since the image formed by the convex mirror is focussed by back tracing the reflected rays from the object's outer surface.
Because the outside surface of the concave mirror is painted, the inner surface works as a reflecting surface. When parallel rays from the objects strike the concave mirror, they converge at a specific location. As a result, the true form generated by the concave mirror is the true picture of the item.
Hence, the answer is concave mirror.
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