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Q.
State whether the given statement is true or false.
Concave mirrors can produce both real and virtual images. A concave mirror gives a magnified and erect image of a nearby object whereas a convex mirror gives an erect and diminished image.
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a
True
b
False
answer is A.
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Detailed Solution
The given statement is true .
Concept- We will first explore the attributes of the supplied mirror in order to answer the issue of what sort of image would be produced by a concave mirror, plane mirror, and convex mirror, as well as to describe the many forms of pictures.
An elongating lens is a concave mirror. A converging lens is a convex mirror lens. Concave, convex, and plane mirrors can all produce virtual pictures. Concave mirrors can be used to generate both physical and digital pictures. A nearby item is enlarged and raised by a concave mirror, while the picture is enlarged and shrunk by a convex mirror.
In optics, a virtual picture is a collection of focus locations for light rays coming from an object. A real picture is a collection of focus points produced by converging rays, whereas a virtual image is a group of focus points produced by extensions of diverging rays.
In other words, real rays that originate from an optical system (lens, mirror, or a combination of these) are tracked back to perceived or visible ray divergences to produce a virtual image. In optical machine diagrams, digital rays are typically represented by dotted lines. A picture of an item that is upright is said to be erect. The picture is considered to be decreased if the size of the image created is smaller than the item.
Hence, the given statement is true .
Concept- We will first explore the attributes of the supplied mirror in order to answer the issue of what sort of image would be produced by a concave mirror, plane mirror, and convex mirror, as well as to describe the many forms of pictures.
An elongating lens is a concave mirror. A converging lens is a convex mirror lens. Concave, convex, and plane mirrors can all produce virtual pictures. Concave mirrors can be used to generate both physical and digital pictures. A nearby item is enlarged and raised by a concave mirror, while the picture is enlarged and shrunk by a convex mirror.
In optics, a virtual picture is a collection of focus locations for light rays coming from an object. A real picture is a collection of focus points produced by converging rays, whereas a virtual image is a group of focus points produced by extensions of diverging rays.
In other words, real rays that originate from an optical system (lens, mirror, or a combination of these) are tracked back to perceived or visible ray divergences to produce a virtual image. In optical machine diagrams, digital rays are typically represented by dotted lines. A picture of an item that is upright is said to be erect. The picture is considered to be decreased if the size of the image created is smaller than the item.
Hence, the given statement is true .
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