The sound of an F22 fighter jet buzz by at just over 2000 miles per hour..... faster than an ak47 being shot. As the jet flys by you the sound from the speed barrier being broken can cause your ear hair to break
the ear drum Answer: Harmful sounds cause damage to the hair cells as well as the auditory nerve
The "hairs" inside an ear of corn are corn silk.
The ear contains alot of what help's us hear sounds. There are micro hairs that vibrate and carry the vibration to nerves and cells which allows us to hear.Ears have tine blood vessles and wax as a protector for the ear drum.
It is possible for a bug to fly up your nose, but it is highly unlikely for the bug to navigate from your nose and end up in your ear canal. The human anatomy and protective mechanisms such as nose hairs and the Eustachian tube make it difficult for insects to travel from the nose to the ear. If you have concerns, it is always best to consult a healthcare professional.
The fine hairs in the external auditory canal help to trap and prevent debris, such as dust and particles, from entering the ear. This helps to keep the ear clean and prevent blockages. The tiny wax-producing glands in the external auditory canal secrete earwax (cerumen) which helps to lubricate and protect the ear canal from infection and irritation.
It is due to the sensitive hairs found in your ear. This causes noises to vibrate, where we are able to hear them. As we age, are hairs lose their once youthful strength, and some high pitched noises are difficult to hear.
the ear drum Answer: Harmful sounds cause damage to the hair cells as well as the auditory nerve
The hairs in your ear are located in the cochlea, which is a spiral-shaped structure in the inner ear. These hairs help to detect sound vibrations and send signals to the brain for processing.
Trim the ear hair frequently.
Your ear contains a thin membrane that vibrates when sound waves hit it. The louder the sound the more the membrane vibrates. Just like a drum skin the ear drum can burst if vibrated too much. The bones in the inner ear are filled with fluid and lined with tiny hairs. The vibration of sound waves moves this liquid and applies pressure to the hairs which your brain interprets as sound. If these tiny hairs are damaged due to excessive noise it can reduce hearing significantly. Anything above 80 decibels can cause hearing loss.
The stirrup hits the cochlea and it sends waves through the liquid inside of it. These waves move the tiny hairs at the start of the auditory nerve. The hairs use the auditory nerve to make a cricket noise in your ear to send the vibrations to the brain.
Yes, ear hairs help to protect the ear canal and enhance the ability to hear by capturing and directing sound waves towards the eardrum.
Ear hairs help to trap dust, dirt, and other particles from entering the ear canal. They also help to protect the delicate structures inside the ear, such as the eardrum, from damage by foreign objects. Additionally, ear hairs can help in detecting sound vibrations and aiding in spatial awareness.
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Yes, loud music can potentially make an ear infection worse. Exposure to loud noises can cause further irritation and inflammation in the ear, exacerbating the symptoms of an existing infection. Additionally, loud sounds can increase pressure in the middle ear, which can be uncomfortable and potentially harmful for someone with an ear infection. It is important to protect your ears and avoid loud noises when dealing with an ear infection to prevent further complications.
The ear canal is normally skin-colored and is covered with tiny hairs
That depends on the directionality of our pinna (ear cup) which is front localisation.