Sound consists of vibrations in the medium through which the sound is traveling.
When the sound-producing object vibrates, it sets the neighbouring particles of the medium into vibration. These in turn pass the vibration to their neighbouring particles. After doing this, they come back to rest. This way the disturbance is carried forward and when these vibrations are sensed by our ear, we hear sound.
When your ear drum vibrates, the vibrations are transmitted by your middle ear bone to oval window. The fluid being incompressible, the same move to and fro between oval window and round window.
Sound waves
Eardrum - Malleus - Incus - Stapes - Oval Window - Perilymph (in scala vestibuli) - Vestibular membrane - Endolymph (cochlear duct) - Hair cells (Organ of corti)
The cochlea is responsible for hearing and is filled with fluid. When the oval window vibrates the fluid in the inner ear moves around. The membrane inside the cochlea has different levels of thickness and the vibrations have different frequency and correspond to different pitches of sound that the ear interprets. The oval windows vibration frequency is transmitted through the fluid wave within the inner ear. The fluid crosses over the membrane, depending on the frequency and stimulates nerves that transmit a signal to the brain.
The now fluid vibrations will stimulate the mecanoreceptors turning the vibrations into electrical energy which will then be sent by the auditory nerve (cranial nerve #8) to the brain for interpretation.
Sound waves/vibrations cause the hair cells to move which create nerve impulses which are converted to sound via the 8th cranial nerve to the brainstem. I'm a medical professional who is a little rusty on her anatomy/physiology but I believe this answer is correct.
Yes, the eardrum, or tympanic membrane, is where sound waves directly vibrate, transforming the energy of the sound waves into mechanical vibrations on the eardrum. These vibrations are then amplified by the three bones of the inner ear, the malleus (hammer), incus (anvil) and stapes (stirrup). Attached to the head of the stapes is the fluid filled cochlea which transforms the mechanical vibrations of the stapes into liquid, where the vibrations are then sensed by thousands of tiny cilia, or hair cells, which transduce the mechanical signal into a neurochemical one allowing the sound to be processed by the brain.
Eardrum - Malleus - Incus - Stapes - Oval Window - Perilymph (in scala vestibuli) - Vestibular membrane - Endolymph (cochlear duct) - Hair cells (Organ of corti)
vibrations transmitted through an elastic solid liquid or gas or a transmitted vibrations of any frequency
Large amplitude - low power vibrations in air move the ear drums.They are connected to the ossicles( malleus, incus, and stapes),bones of the middle ear which change the vibrations into low amplitude - high power vibrationswhich are transmitted through the skull to the fluid of the inner ear.Those (fluid) vibrations are what you can detect as sound.
Sound waves are transmitted in this manner.
Sound is transmitted through water the same way it's transmitted through air -- by vibrations. Whatever is making the noise makes vibrations in the water, which then strike against your eardrum and vibrate it, and then the vibrations travel through some bones in your head to a bundle of nerves, which transmit the signal to your brain, which produces the sensation we call sound.
Sound is caused by vibrations, and (at least experimentally) energy could be derived from the variance in transmitted vibrations.
Convection currents.
As the fluid warms:The currents speed upThen as the temperatures of the fluid equalise (the fluid becomes one temp) the currents slow downWhen the fluid is one temperature the currents stop
by vibrations by:tyler j rodriguez 12yrs
No. Sound is transmitted as vibrations, that pass from one group of atoms to the next, thus, it requires the presence of atoms that transport the sound wave.No. Sound is transmitted as vibrations, that pass from one group of atoms to the next, thus, it requires the presence of atoms that transport the sound wave.No. Sound is transmitted as vibrations, that pass from one group of atoms to the next, thus, it requires the presence of atoms that transport the sound wave.No. Sound is transmitted as vibrations, that pass from one group of atoms to the next, thus, it requires the presence of atoms that transport the sound wave.
It is transmitted through vibrations in air or any medium.
Sound travels through a solid fastest. This is true because the particles are tightly packed, and sound is transmitted by vibrations. Therefore, the more tightly packed the material is, the faster the vibrations are transmitted.