Question

our capacity of hearing is not restricted only to our sensary organ ears explain​

Answer 1

Answer:

Sound offers us a powerful means of communication. Our sense of hearing enables us to experience the world around us through sound. Because our sense of hearing allows us to gather, process, and interpret sounds continuously and without conscious effort, we may take this special sense of communication for granted. But, did you know that

Human communication is multisensory, involving visual, tactile, and sound cues?

The range of human hearing, from just audible to painful, is over 100-trillion-fold?

Tiny specialized cells in the inner ear, known as hair cells, are responsible for converting the vibrational waves of sound into electrical signals that can be interpreted by the brain?

Tinnitus, commonly known as "ringing in the ears," is actually a problem that originates in the brain?

A recent study showed that men who hunt experience an increased risk of high-pitched hearing loss of 7 percent for every five years that they hunt? Nearly all (95 percent) of these same hunters report that they do not use hearing protection while hunting.11

Contemporary hearing research is guided by lessons learned from sensory research, namely that specialized nerve cells respond to different forms of energy—mechanical, chemical, or electromagnetic—and convert this energy into electrochemical impulses that can be processed by the brain. The brain then works as the central processor of sensory impulses. It perceives and interprets them using a "computational" approach that involves several regions of the brain interacting all at once. This notion is different from the long-held view that the brain processes information one step at a time in a single brain region. Over the past decade, scientists have begun to understand the intricate mechanisms that enable the ear to convert the mechanical vibrations of sound to electrical energy, thereby allowing the brain to process and interpret these signals.