Sound waves enter through the outer ear, then sound waves move through the ear canal. Next sound waves strike the eardrum, causing it to vibrate, then vibrations enter the middle ear. Then the hammer picks up the vibrations, then vibrations are passed to the anvil. Next the vibrations are transmitted to the stirrup, then a vibrating membrane transmits vibrations to the inner ear, and then vibrations are channeled into the cochlea. Then nerve cells detect vibrations and convert them to electrical impulses, then electrical impulses are transmitted to the brain. Then the brain interprets electrical impulses as sound.
Vibrations enter the ear through the auditory canal. The vibrations cause the tympanum (eardrums) to vibrate. These vibrations are picked up by the hammer, anvil, and stirrup. The stirrup transmits the vibrations to the oval window. Vibrations of the oval window create pressure waves in the fluid filled cochlea of the inner ear. The pressure waves push tiny hairs lined in the cochlea back and forth. In response to the movements, the hair cells send nerve impulses that are sent to the brain through the cochlear nerve.
Vibrations -> Auditory Canal -> Tympanum -> Hammer -> Anvil -> Stirrup -> Oval Window -> Cochlea -> Cochlea hairs -> Cochlear nerve -> Brain
The sound waves in the human ear follow this pathway:
Ear canal >>>> Eardrum >>>> Malleus >>>> Incus >>>> Stapes >>>> Promontory >>>> Cochlea >>>> Organ of Corti >>>> Cochlear nerve
* The cochlear nerve may also be called the auditory or acoustic nerve * The eardrum may also be called the tympanic membrane
Vibrations enter the ear through the auditory canal. The vibrations cause the tympanum (eardrums) to vibrate. These vibrations are picked up by the hammer, anvil, and stirrup. The stirrup transmits the vibrations to the oval window. Vibrations of the oval window create pressure waves in the fluid filled cochlea of the inner ear. The pressure waves push tiny hairs lined in the cochlea back
and forth. In response to the movements, the hair cells send nerve impulses that are sent to the brain through the cochlear nerve.
Vibrations -> Auditory Canal -> Tympanum -> Hammer -> Anvil -> Stirrup -> Oval Window -> Cochlea -> Cochlea hairs -> Cochlear nerve -> Brain
sound wave enters auditory canal, then to the eardrum and it vibrates, and then the hair cells carry the vibration to cochlea, and then to the auditory nerve.
It travels as a series of compressions and rarefactions through the vibrating medium i.e air as a wave until the ear drums pick up the vibrations
Outer ear via the ear canal, the eardrum (tympanic membrane), the middle ear (via the auditory ossicles), and then the cochlea.
The vibrations from the phone ringing travels through the air snot into the outer part of your ear
it travels because there are sound waves in the air and they vibrate in your ear.
The whole ear gathers sound. Deep inside there are bone tubes (called Inner Ear) with liquid and hair looking things inside (Hair cells). Sound makes the water and hairs move. The hairs send a signal to the brain. The brain puts it together so we can understand sounds and music.
Vibrating 'air' particles, through a transfer of energy; creating a sound wave which then reaches your ears and vibrates your ear drum. (doesn't have to be air, sound also travels through water ect)
Little sound waves travel toward you ear and toward your eardrum when a sound is made. Inside your ear are 3 little bones that vibrate when sound passes. Then the sound reaches the cochlea and the little hairs inside start moving. I'm quite sure that's how sound is made, give or take a few facts... Look it up on a medical website if still in doubt.
No, not quite. The sound travels at the speed of sound to your ear.
The vibrations from the phone ringing travels through the air snot into the outer part of your ear
The vibrations from the phone ringing travels through the air snot into the outer part of your ear
it travels because there are sound waves in the air and they vibrate in your ear.
it is the sound of your blood pulsating inside your ear
sound is actually vibrations. your eardrum is highly sensitive, like ripples on water, it picks up these vibrations
Sound travels through particles which vibrate in solids liquids or gases, which is why sound can't travel through vacuums like space.
Yes, sound energy can propagate through gas ( that's the reason we can hear as sound energy travels through the ear to the human ear.)
Sound travels through the air - causing the ear-drum to vibrate. This sends impulses to teh brain which is interpreted as sound.
Sound does travel slightly faster as air temperature increases and this applies when the sound enters the ear just as it does in any other air. Once the sound has passed the ear drum, air is no longer the medium in which the sound travels so air temperature no longer affects the speed of sound.
Sound can travels through liquid such as water and solid such as rock and ground. Put your ear on the floor and hear the people step for the proof of sound travel through solid.
sound travels faster in dense material like metal...for example train tracks....we can hear the train sound if u put your ear on the tracks.. Sound also travels faster in water than it travels in air.