Question

A man standing in front of a special mirror finds his image having a very small head, a fat body, and legs of normal size. What is the shape of:
a). The top part of the mirror?
b). The middle part of the mirror?
c). The bottom part of the mirror?
Give reasons for your choice.

Answer 1

Hint: As the light reflected from an object falls on the mirror and is mirrored, an image can be seen in it. As a result, light reflected off any smooth glossy surface, such as a mirror, returns to the same medium. The bouncing of light off any smooth surface is referred to as reflection.
To understand how mirrors produce images, we employ the law of reflection, and we see that mirror pictures are similar.

Complete step-by-step solution:
(a) Convex - Because when an object is placed near a convex mirror, the image is lessened. As a result, when a man stands in front of a specific mirror, his reflection appears to have a very small head.
(a) Concave - Because when an object is placed near a concave mirror, the image is magnified. As a result, when a man stands in front of a specific mirror, his picture reflection appears to have a fat body.
(c) Plane - Because a plane mirror forms an image of the same size as the object. Thus, the man standing in front of a special mirror finds his image having legs of normal size.
Dental mirrors, for example, may provide a magnified picture in the same way that cosmetics mirrors do. In contrast, security mirrors in stores produce images that are smaller than the product.

Note:
> It's important to remember that electrical conductivity and resistivity are inversely related, which means the more conductive something is, the less resistive it is.
> By utilizing the resistance of a conductor, light is often created in an incandescent light bulb. In an incandescent light bulb, there's a wire filament that's a particular length and width, thus providing a particular resistance.