Final answer:
The Ames room demonstrates how our brains interpret visual cues to determine size and depth, leading to perceptual illusions when these cues are manipulated. It exploits depth cues to create a distorted perception of size, revealing our brain's inferential nature in understanding our environment.
Therefore, option 2) is correct.
Step-by-step explanation:
Perceptual illusions, such as those experienced in an Ames room, showcase how our brains can be tricked into misinterpreting relative size and depth. The Ames room is constructed in such a way that it appears to be a normal cubic-shaped room when viewed through a peephole with one eye, manipulating depth cues and perspective. However, it's actually a trapezoidal room, and the true shape is hidden from the viewer. The consequence of this trickery is that when two people stand in different corners of the room, one appears significantly larger than the other, despite being of similar size. This effect leverages our understanding of how objects should look in a regular rectangular room, exploiting our binocular depth cues and monocular cues. The Ames room illusion highlights the brain's use of visual cues to make sense of the world, actively projecting and interpreting sensory information to form our perception of reality. In essence, it reveals that our perceptual system is inferential in nature, often making adjustments based on context, expectations, and past experiences.