The nature of the image on a plane mirror has its own characteristics that differentiate it from a convex or concave mirror.
Every house must have a mirror. A mirror is an object that is useful for reflecting different types of images in front of it.
One of the most common types of mirrors you will come across is a plane mirror. As the name suggests, this mirror has a flat reflective side.
Mirror is one of the most useful things in life. Basically, a mirror serves to show the reflection of everything in front of it.
There are 3 types of mirrors, concave mirror, convex mirror and plane mirror. All three have different properties in reflecting shadows.
This time we will discuss more about plane mirrors. This mirror has the properties of an image that is erect, virtual or false, and also of the same size.
The uniform size in nature of a plane mirror means that each reflected image will have the same size as the original object, from height to width.
In addition, plane mirrors also have an inverted or distorted image. An easy example is like a right hand if in a flat mirror that left hand would appear because the image seen is opposite.
Due to the nature of reflection on a plane mirror, this type of mirror is widely used in life. A flat mirror that has a flat shape is very useful as a decorative mirror.
This decorative mirror is definitely in different places. Most of the people use mirror to check their appearance as it shows the real image.
In addition, a flat mirror also serves as a light refracting device, a periscope, and other types of instruments.
The formation of light in a plane mirror starts from the object in front of it. Then, the light will come from the object to the mirror.
The rays coming from the object then strike the surface of a plane mirror so that it bounces off according to the existing law of reflection.
Launching from Phyic LibreTexts, the light coming from the reflected mirror will come from behind the mirror to the eye of the observer.
The image that the observer sees appears to be coming from behind a mirror, where the light never actually formed.
The location of the shadow is in the extension of the reflected light. That is, the distance of the image formed behind the mirror will be equal to the distance of the image of the object from the mirror.
Since the observer sees the image formed behind the mirror, the image is virtual and not real.
So, basically it is through this formation process that ultimately affects the nature of the image on a plane mirror. No doubt a shadow will be seen in the eye of the observer.
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