"Assume that a scientist is working on a device to route sounds directly to the brain to provide a type of hearing for people who are completely deaf. Which principle of sensory functioning would be most useful to the scientist in achieving her goal?"

Respuesta :

Answer:

Sensory localization

Explanation:

Sensory Localization is a principle that explains the ability of humans or animals to determine the origin of a sensory input.

One of the well developed abilities that humans and other animals possess is the ability to determine where a sensory input originates.

The ability to localize a sound, for example, depends on two general mechanisms. The first is relevant for low frequency (i.e low pitch) sounds and includes the fact that sound coming from a particular source arrives at the ear at slightly different times or period . The second mechanism applies to high frequency (i.e high pitch) sounds; if this sound comes from one side, one ear hears it more loudly than the other and one can detect location based on differences in the loudness of the sound at each ear.

Answer: Sensory localization.

Explanation:

The useful sensory functioning to use is sensory localization.

Sensory localization is the ability of humans to know where sensory input or signals comes from. Humans have the ability to to determine the origin of sound. There are two mechanisms, sound localization operate on. The first mechanism is that low frequency or low pitch sounds would arrive at the ear at different times, when it arrives the location can be determined.

The second mechanism is that high pitch sounds when it come from one side, one ear hears it louder than the other and will determine the location.sound localization will be useful to achieve the goal

Q&A Education