Image Formation by Spherical Mirrors An image formed by a spherical mirror is created on the opposite side of the mirror, at the same distance from the mirro...
An image formed by a spherical mirror is created on the opposite side of the mirror, at the same distance from the mirror as the object. The image is always virtual, meaning it cannot be projected onto a screen.
This behavior is due to the way light waves interact with the spherical mirror. When light hits the mirror, it reflects in a direction that is opposite to the incoming direction. This process repeats many times, creating an image that is inverted relative to the object.
The size and position of the image depend on the distance between the object and the mirror, and the focal length of the mirror. A concave mirror (the most common type) forms a virtual image that is larger than the object and is located at a distance greater than the object from the mirror. A convex mirror (biconvex and biconcave) forms a virtual image that is smaller than the object and is located at a distance less than the object from the mirror.
The focal length of a spherical mirror is the distance from the mirror's center to its focal point. The focal point is the point on the mirror's axis that corresponds to the center of the image.
The image formed by a spherical mirror is an example of how light can be reflected and refracted, resulting in an image that is not real but appears to be formed at a specific location on the opposite side of the mirror