Your ability to recognize sound is an important function of a healthy individual.
Many things can occur to anyone during their lifetime that could impair that function.
It could occur being that some sort of trauma, illness, or can be caused by an allergic reaction to medication. Certainly, it should never be taken for granted. Now look.a huge problem could arise that is so subtle that it could easily escape our attention. Nevertheless, that’s the reason why a hearing test going to be an important part should always be able to identify the slightest loss. Oftentimes these vibrations produce sound waves that vibrate at a certain speed or frequency. Notice that the speed of the wave is also what determines the pitch of the tone. All sounds in our environment start out as vibrations that propagate in the air, in fluids like water, and even in solid materials.
Sound’s pitch is the determining factor of if the sound is low or high.
When this sound enters our ear Surely it’s translated into nerve impulses that reach our brain that in turn translate the impulses into the sounds we hear.
I know that the volume of the sound is determined by the height of the produced sound wave. So here is the question. How do we recognize sound? How do our ears do this? When the sounds meet the cochlea the vibrations cause the fluid in the inner ear to move which in turn bends minute hairs attached to the cochlea wall. Now pay attention please. Therefore this process is achieved by the systems in our ear working properly. Also, this membrane separates the ear canal from the other systems in the middle ear. That said, this movement creates nerve impulses, that travel along the cranial nerve to the brain, that then translates the impulses into recognizable sound.
So this vibration magnifies the sound and sends it along to the inner ear.
These bones are extremely small and when any sound strikes them it causes the bones to vibrate.
When a sound is caught by our external ear I know it’s funneled through the ear canal to the eardrum or tympanic membrane. Therefore the sounds cause the tympanic membrane to vibrate and this vibration therefore moves the vibration to the bones in the middle ear. Remember, a curved space in the inner ear contains the main sensory organ of hearing, the cochlea. Because of the complexity of the systems involved it’s crucial to have a hearing test administered by a qualified professional on a regular basis. Actually, they are highly trained in detecting audio loss in children and adults and they have developed useful and comprehensive diagnostic ols to separate and identify not only audio loss but also the systems of the ear that are causing that loss.