because of the vibration
Sound waves enter the ear, go through the ear canal to the ear drum, through the middle ear to the inner ear where the sound wave (vibrations) reach a mechanism called a cochlea which converts the vibrations to electrical impulses. The electrical information is guided via nerve cells to the brain which interprets the electrical information as sounds.
The Pinna which is the external ear
The path that it undergoes is:1.Eardrum,2.Ear Bones,3.Cochlea,4.Auditory Nerve.+++Yes, that's the anatomy but not the answer to that question, which actually almost answers itself. Sound is a series of pressure-waves travelling through the air (or water).
it is the sound of your blood pulsating inside your ear
Sound waves are 'collected' by the ear drum. This is a film stretched across the ear canal. Much like it's namesake, it responds to sound waves by vibrating. These vibrations are read as electrical signals by your nerves, and it is transmitted to brain as impulses.
The function of the ear is it allows you to hear. It brings sound waves to the brain and interprets it into words.
The ear is a biomechanical transducer which converts air pressure in to an electrical signal which the brain interprets as sound.
Vibrations in a medium which travel as longitudinal waves ultimately reaching your ear where the brain interprets different frequencies as sound.
When you speak, your friend's ear gathers compressional waves, which are sound waves. Then, the ear amplifies the waves, converting them to nerve impulses that travel to the brain. And then, the brain decodes and interprets the nerve impulses.
When you speak, your friend's ear gathers compressional waves, which are sound waves. Then, the ear amplifies the waves, converting them to nerve impulses that travel to the brain. And then, the brain decodes and interprets the nerve impulses.
Your eardrums vibrate when sound waves hit them. The sound wave travels through the auditory canal which funnels the sound to the ear drum causing it to vibrate. The ear drum then amplifies the sound by vibration of bones. It is in the middle ear where sound energy is converted into mechanical energy. The cochlea in the inner ear converts the vibrations into electrical impulses before sending signals to the brain. The brain then interprets the impulses as sound.
The dish shape of the human ear evolved over millennia to capture sound waves. The protrusions in the dish of the ear direct the sound waves down into the ear canal where they make the tiny bones of the inner ear vibrate. The brain interprets these vibrations as the sounds we hear.
Yes. If they didn't you wouldn't hear sound. Your ear picks up the vibrations it receives and interprets them as sounds.
Sound waves are converted to mechanical vibrations within the middle ear with the impact of the cilia on the fluid chambers acting as conductive membranes. The brain then interprets this as specific sounds.
The eye and ear are parts of the sensory system. The eye is responsible for detecting light and creating visual signals that the brain interprets, whereas the ear is responsible for detecting sound vibrations and translating them into auditory signals.
The human ear serves the primary functions of hearing and maintaining balance. It detects sound vibrations and converts them into electrical signals that the brain interprets as sound. Additionally, the ear houses the vestibular system which helps the body maintain equilibrium and spatial orientation.
Sound leaves the speaker in the form of a wave, through the air, and enters your year, where the eardrum picks up the vibrations of the wave and sends a signal to your brain which interprets the vibrations as sound.