What type of image does a concave mirror produce when the object is located beyond the center of curvature?

When an object is located beyond the center of curvature in front of a concave mirror, the mirror produces a real, inverted, and diminished image. This occurs because the rays of light that originate from the object converge after reflecting off the mirror, forming an image on the same side as the object.

As the object moves farther away from the mirror, the reflected rays converge at a point that is closer to the mirror than the object itself, leading to the characteristics of a real image. Since this image forms on the same side as where the light originates and can be projected onto a screen, it is considered real. Furthermore, the image is inverted due to the nature of reflection in concave mirrors, where the top of the object reflects to the bottom of the image. With the object situated beyond the center of curvature, the resulting image is typically smaller than the object, thus described as diminished.

This understanding aligns with the principles of ray diagram construction for concave mirrors, solidifying the conclusion that the image produced is real, inverted, and diminished when the object is positioned beyond the center of curvature.