the three fluid filled semi-circular canals.
during movement, the fluid in the canals moves, causing the gelatinous materials and the hair cells in the ampulla to move. When the hair cells are bent, a nerve impulse is stimulated
The inner part of the ear controls the sense of balance in your ear.
The semicircular canals control the sense of balance in your ear.
The semicircular canals.
the inner ear
The vestibular system has the responsibility for providing your brain with information about its position in the environment, resulting in maintaining balance.
The inner ear is the main part of an organ that influence balance. Of course there are parts of the brain that governs balance. Also the toes helps us to keep our balance. If you bend your knees a bit you will find it easier to keep balance.
The semicircular canals in the inner ear help determine vertical position and balance. These canals are filled with fluid and contain sensory hair cells that detect the movement of the fluid as the head tilts or rotates. This information is sent to the brain, which helps maintain balance and determine the vertical orientation of the body.
No it doesn't because they give sound to the cochlea but don't distribute sounds.
Damage to the labyrinth, or the small, fluid-filled structure found in the inner ear that helps control balance, is generally the reason for dizziness.
The semi-circular canal helps your balance of your body.
It helps with balance and coordination.
LABYRINTH
the inner ear
Ear drums
The vestibular system has the responsibility for providing your brain with information about its position in the environment, resulting in maintaining balance.
semi circle canal.
The inner ear is the main part of an organ that influence balance. Of course there are parts of the brain that governs balance. Also the toes helps us to keep our balance. If you bend your knees a bit you will find it easier to keep balance.
This answer isn't the greatest but I hope it helps, our balance system is in our ears. The infraction efftects the balance system causing you to lose balance.
The organs in your ear control your balance so if you spin really quickly then you suddenly stop it seems like your still spinning but you're not your brain thinks you are but all the organs in your ear know that your not.
Malpighian tubules Malpighian tubules