it goes through a very longg toobe and it is swirly and golden like a trumpet and the it goes through and then out the other ear cuz like people say what u say u hear isn't what u really hear.... this answer was made by.... E.B... a key to that is im not very smart............. lol got ya hope this wasnt for an assignment hahahahaaaaahhhhhh
Wiki User
∙ 12y agoSound waves travel through the air and enter your outer ear. They then pass through the ear canal and cause the eardrum to vibrate. These vibrations are transmitted to the middle ear bones, which further amplify the sound and send it to the inner ear where the cochlea converts the vibrations into electrical signals that are sent to the brain for interpretation.
Wiki User
∙ 13y agoThe sound has to travel through the ear to the ear drum, then to the inner ear bones which shake which then makes the cochlea change the sound waves into a fluid which then is changed again into a electrical message which then carries that to the brain.
Wiki User
∙ 12y agoIt vibrates the tympanic membrane (ie. ear drum), which vibrates the three auditory ossicles of the middle ear (in the order of Stapes, Incus, Malleus), which vibrate the round window (a membrane) of the cochlea. The cochlea is where the vibrations are then transformed into neural impulses thereby allowing the brain to comprehend sound.
Wiki User
∙ 15y agoSounds produce vibrations in the air, which beat against the eardrum. The eardrum then pushes a chain of tiny bones, which in turn presses the fluid in the inner ear against membranes. These forces pull on tiny hair cells which stimulate neurons (nerve cells) to send impulses to the brain where these impulses are interpreted as sound.
Sound which enters the outer ear as vibrations hits the eardrum (tympanic membrane) and causes it to start vibrating at the same frequency as the sound waves. The louder the sound, the more movement of the eardrum there will be.
The eardrum then tranfers this motion to the auditory ossicles (the three small bones in the middle ear: The Malleus/Hammer, Incus/Anvil, and Stapes/Stirrup) the ossicles transfer the vibrations to an oval window in the temporal bone which seperates the middle ear and the inner ear.
If the vibrations hit the oval window directly, most of the energy would be reflected and lost due to the high resistance to motion that the fluid in the inner ear (cochlea fluid) has. Because the eardrum is about 20 times the size of the oval window, the force exerted on the oval window is about 20 times the size of the force exerted on the eardrum. This increase in force overcomes the cochlea fluid's resistance to motion and sets it into wave motion. This can be compared to the difference in pressure on the ground from a flat shoe and a high heeled shoe. With a flat shoe, the persons weight is spread evenly over the whole surface of the shoe and so will make very little imprint on the ground. With a high heeled shoe, the weight is all focused onto the tiny point of the heel, so a much deeper impression is made on the ground.
The inner ear is divided into sections, mainly the vestibule, the cochlea and the semicircular canals. The cochlea contains the organ of corti which is the receptor organ for hearing and is composed of thousands of hair cells, some of which extend into the cochlea fluid.
As the cochlea fluid is set in motion, it puts pressure on the membranes of the inner ear, pulling on the tiny hair cells. These hair cells then stimulate nerve cells which are coiled around them. The nerve cells then send impulses to the brain and sound is heard.
Wiki User
∙ 12y agoIt collects sound waves and directs them into a narrow region which is called the ear canal. Your ear canal is a few centimeters long and ends at the eardrum.
Wiki User
∙ 15y agothrough your eardrum
Anonymous
Eardrum
Butterflies do not have ears in the traditional sense like humans do. They can sense sound and vibrations through their wings and body hairs, which are connected to sensory organs. This helps them detect predators and find mates.
The visible portion of the ear is shaped in such a way that it best amplifies sound. A pig's ear is large and concave so that it can trap sound waves and amplify them inside the pig's ear for optimum hearing.
The maximum sound level that can be tolerated by human ears without causing damage is around 120-130 decibels. Prolonged exposure to sounds above this level can lead to hearing loss or damage. It's important to protect your ears from loud noises to prevent potential harm.
Yes, flies have ears, but they are not like human ears. Flies have tiny sensory organs called Johnston's organs located on their antennae, which help them detect sound and vibration in the air. These organs help flies detect potential threats and mates.
Animal ears vary greatly in size, shape, and function compared to human ears. For example, some animals have ears that can move independently to detect sound in different directions, while human ears are fixed in place. Additionally, certain animals have ears with specialized adaptations, such as large ears to dissipate heat or long ears to enhance hearing.
Sounds waves do not enter our ears
Sound energy travels through your ears. Sound waves are transferred through the air and enter the ear canal, where they vibrate the eardrum and are processed by the inner ear to be interpreted by the brain as sound.
When you speak, your vocal cords vibrate to produce sound waves. These sound waves travel through the air and enter your friend's ears. Your friend's ears pick up the sound waves, which are then transmitted to the brain where they are processed as speech and understood as words.
Sound energy can be sensed by the ears in science. Sound energy travels in the form of waves and causes the eardrums to vibrate, which our brains interpret as sound.
In our ears the sound vibrates and makes the sound
Rabbits turn their ears to collect sound.
With your ears, you can observe properties such as sound frequency (pitch), sound intensity (loudness), sound direction (where the sound is coming from), and sound quality (timbre). Your ears allow you to perceive and interpret various auditory stimuli in your environment.
they can hear sound in ears
The ear is the organ primarily responsible for processing sound. Sound waves enter the ear canal and cause vibrations in the eardrum, which are then transmitted through the middle ear bones to the inner ear where the cochlea processes the vibrations into electrical signals that are sent to the brain for interpretation.
Sound. Sound can be sharp and piercing to the ears, but it cannot be physically touched or felt.
No they don't; ears are for hearing sound and not for urinating.
Sound waves reach our ears, which are vibrations traveling through a medium (like air) that are detected by our ears and converted into electrical signals that our brain interprets as sound.