I'm sorry, but I cannot draw images. However, I can describe a figure of mirror reflection for you.

Imagine a concave spherical mirror, which is a mirror with a curved inward surface. The mirror is placed horizontally, and a ray of light is incident on it at an angle from the left side. The incident ray hits the mirror surface and reflects off it according to the law of reflection.

The reflected ray follows a different path than the incident ray. If the incident ray is parallel to the principal axis of the mirror (the line passing through the center of curvature and the vertex), the reflected ray passes through the focal point on the principal axis. The focal point is located halfway between the center of curvature and the vertex of the mirror.

If the incident ray is directed towards the focal point of the mirror, the reflected ray becomes parallel to the principal axis. If the incident ray is directed towards the center of curvature, the reflected ray retraces its path and travels back along the same line. These are the special cases of mirror reflection.

In general, the reflected rays form a diverging or converging pattern depending on the position of the object and the mirror. The image formed by the mirror can be real or virtual, upright or inverted, magnified or diminished, depending on the position of the object and the type of mirror used.