A prism will displace the object being viewed towards its _____.

In optics, a prism functions by refracting light, which causes the perceived location of an object to shift. This displacement is influenced by the angle of the prism and the direction of the light entering it. When viewing an object through a prism, the light rays bend toward the base of the prism. As a result, an object observed through the prism appears to be shifted toward the apex (the top point) of the prism.

The apex is the point where the two surfaces of the prism meet at an angle, and as light passes through the prism, it converges towards this point, making the object seem closer to the apex from the viewer's perspective. Hence, the object will appear to be displaced toward the apex. Understanding this principle is essential for optical applications involving prisms, especially within fields such as photography, vision correction, and various optical instruments.