What would you use to obtain a real and inverted image for any position of an object?

We are aware that when light rays converge at one spot, an actual picture is created. A true picture is always formed by a concave mirror, also known as a converging mirror, and a convex lens, also known as a converging lens.
Light beams must converge in order to create an actual picture, but they must diverge in order to create a virtual image. The ability to capture real visuals on the screen is superior to the inability to record virtual images.

The object must be placed at a distance larger than the convex lens's focal length, as illustrated in figure 1, to obtain an inverted picture when using a convex lens, which is also known as a converging lens.

Figure  1
The item must be placed at a distance larger than the concave mirror's focal length, as illustrated in figure 2, to obtain an inverted picture. A concave mirror is sometimes referred to as a converging mirror, and it may be utilised to obtain a true image.

Figure 2
With the use of a convex lens and a concave mirror, the production of the real and inverted images is demonstrated in the aforementioned diagrams.

Hence, the correct answer is option C.