How can the curvature of a spoon’s surface be associated with concave and convex mirrors?

The curvature of a spoon’s surface can be associated with concave and convex mirrors based on its reflective properties. If the inner surface of the spoon is curved inward, resembling a hollow shape, it acts like a concave mirror. This concave surface can converge light, potentially forming real or virtual images depending on the object’s position. Conversely, if the outer surface of the spoon is curved outward, resembling a bulging shape, it acts like a convex mirror. A convex surface diverges light, producing virtual, upright, and diminished images. The spoon’s curvature mimics the reflective characteristics of concave and convex mirrors.