Technically sound is classified as a vibration of the air, so if there is a sound traveling through it, it travels at the speed of sound, which is 768 mph. The inner parts of the ear will be slower. The auditory ossicles are mechanical, so they will delay the sound accordingly, a small fraction of a second. Then when the auditory nerve is stimulated to send its message to the temporal lobe of the brain, it follows a myelinated path along the axons and can travel up to 200 mph.
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That's the inner ear ... where the fluid in the cochlea tickles the cilia on its walls, then the little cilia tickle the ends of nerves. From there, it's just a short hop through the nerves to the brain. They get a direct, non-stop, and don't even have to travel via the spinal cord.
sound can be whatever you want it to be. As quiet or as loud as you want it. To be safe, don't turn the music or sound up too loud because it will/could shatter your ear drums. And also, you do not want it too quiet to where you can't even hear it.
goes through your ear and out the other...
Electric energy cause a membrane to move by turning into mechanical energy. The movement of the membrane causes the air pressure to besequentially increased and rarefied. This "train" of increased and rearefied air pressure propagates into the room, and if it strikes our ear drums we perceive it as sound.
Good materials that are used in soundproof ear muffs include polyvinyl chloride and polyurethane. If ear plugs are desired the best options are moldable wax or silicone.
the sound waves reach the ear.
Sound travels through air much in the same way as waves travel through water. Sound must have a medium to travel through and can't travel in a vacuum. The sound vibrates one air molecule which in turn vibrates the next molecule in line, and so on. This happens very fast at around 760 mph in air.
it travels because there are sound waves in the air and they vibrate in your ear.
i would be beacuse you can not go through the ear drum
Sound waves travel through matter. Our atmosphere is a mixture of gases which is a form of matter. Sound waves will travel through our atmosphere, even if there is no human ear to receive it.
Sounds vibrate the air molecules, when the vibrating molecules reach your ear, you ear the sound, there are no molecules in space, thus no sound in space
Outer ear, middle ear and inner ear
Sound travels through particles which vibrate in solids liquids or gases, which is why sound can't travel through vacuums like space.
yes it can yes it can
Sound waves require something to travel through like air or water. The waves travel through this substance and into your ear, vibrating the eardrum. In the vacuum of space, there simply isn't enough of anything for the sound waves to travel through.
Vibrations are carried through the atoms in a structure. When these vibrations travel through air, they are amplified by the ear drum and sensed by nerves as sound.
The sound waves (which have to travel through some kind of matter to exist) travel in your ear, then hit your eardrums, making them vibrate. These vibrations of your eardrums send a signal to your brain, telling it what sound has been made.