關於Auditory的意思和用法的提問

"Auditory"有關的其他問題

Q: Auditory Organ

How we hear sound? It is common sense that we hear sound from our ears but how we transmit and recognize the sound that our ears catch?
First, let's learn about the structure of auditory organ. Our ear has three parts; outer ear, middle ear and inner ear.
Outer ear includes auricle (pinna), which looks like distorted funnel and consists of cartilage, and ear canal, which connects auricle with middle ear. At the end of ear canal, there is a thin film called tympanic membrane (ear drum).
Middle ear has tympanic cavity, a room filled with air. In the middle ear, there are three tiny bones called auditory ossicles; malleus, incus and stapes. These tiny bones amplify the vibration from tympanic membrane.
Inner ear is inside the skull and this space is called bony labyrinth. In the bony labyrinth, there is a complicated structure called membranous labyrinth. The cochlea in this labyrinth, which looks like snail shell, has an important role in hearing sound.
The cochlea is a tube that is filled with lymph. In the cochlea duct, there is a sensor called spiral organ (organ of Corti), which has hair cells. The vibration from ossicles transmits to lymph in the cochlea duct. These hair cells sense the wave of lymph and transfer the information to the cochlear nerve. Then we can recognize information of sound.
There are two types of hair cells; inner hair cells and outer hair cells. Inner hair cells just sense the sound. On the other hand, outer hair cells work like filter; they can sense specific frequency. If your outer hair cells are damaged, you can hear the sound but cannot listen to what your friends says in the noisy place. 聼起來自然嗎?
A: × Auditory Organ
✓ The Auditory Organ

× How we hear sound?
✓ How do we hear sound?

× It is common sense that we hear sound from our ears but how we transmit and recognize the sound that our ears catch?
✓ It is common sense that we hear sound through our ears but how do we transmit and recognize the sound that our ears catch?

× First, let's learn about the structure of auditory organ.
✓ First, let's learn about the structure of the auditory organ.

× Our ear has three parts; outer ear, middle ear and inner ear.
✓ Our ear has three parts: the outer ear, middle ear and inner ear.

× Outer ear includes auricle (pinna), which looks like distorted funnel and consists of cartilage, and ear canal, which connects auricle with middle ear.
✓ The outer ear includes the auricle (pinna), which looks like a distorted funnel and consists of cartilage and an ear canal, which connects the auricle with the middle ear.

× At the end of ear canal, there is a thin film called tympanic membrane (ear drum).
✓ At the end of the ear canal, there is a thin film called the tympanic membrane (ear drum).

× Middle ear has tympanic cavity, a room filled with air.
✓ The middle ear has something called the tympanic cavity, which is like a room filled with air.

× In the middle ear, there are three tiny bones called auditory ossicles; malleus, incus and stapes.
✓ In the middle ear there are also three tiny bones called auditory ossicles: the malleus, incus, and stapes.

× These tiny bones amplify the vibration from tympanic membrane.
✓ These tiny bones amplify the vibration from the tympanic membrane.

× Inner ear is inside the skull and this space is called bony labyrinth.
✓ The inner ear is inside the skull and this space is called the bony labyrinth.

× In the bony labyrinth, there is a complicated structure called membranous labyrinth.
✓ In the bony labyrinth, there is a complicated structure called the membranous labyrinth.

× The cochlea in this labyrinth, which looks like snail shell, has an important role in hearing sound.
✓ Within this labyrinth there is a spiral cavity, which looks like a snail shell, called the cochlea which has an important role in hearing sound.

× The cochlea is a tube that is filled with lymph.
✓ The cochlea is a tube that is filled with a fluid called lymph.

× In the cochlea duct, there is a sensor called spiral organ (organ of Corti), which has hair cells.
✓ In the cochlea duct, there is a sensor called the spiral organ (organ of Corti), which has hair cells.

× The vibration from ossicles transmits to lymph in the cochlea duct.
✓ The vibration from the ossicles bones transmits to the lymph in the cochlea duct.

× These hair cells sense the wave of lymph and transfer the information to the cochlear nerve.
✓ These hair cells sense the movement in the lymph and transfer this information to the cochlear nerve.

× Then we can recognize information of sound.
✓ This is when we can recognize the information as sound.

× There are two types of hair cells; inner hair cells and outer hair cells.
✓ There are two types of hair cells: inner hair cells and outer hair cells.

× On the other hand, outer hair cells work like filter; they can sense specific frequency.
✓ On the other hand, outer hair cells work like a filter; they can sense specific frequencies.

× If your outer hair cells are damaged, you can hear the sound but cannot listen to what your friends says in the noisy place.
✓ If your outer hair cells are damaged, you will still be able to hear sounds but you will have difficulty listening to what your friends say in a noisy place.

Wow, this was honestly really good!! You have some trouble with omitting articles (a and the) and there were a couple of spots where I think a : was better than a ; but otherwise really good. I tried to add the articles in for reference, but because I'm not familiar with this information, I might have mixed up some a's and the's myself 😅 I've heard it's really hard to learn to use them properly, so all I can say is good luck!

In a couple of spots, I also added a few things to aid with clarity. For instance, I thought the Cochlea needed a bit more of an introduction, so I looked it up and added a little. The lymph part as well sounded a bit weird to me, since I didn't know it was a fluid, so I added some information there as well. But for someone with some understanding on this subject, it's possible that that would have been unnecessary.

Seriously great work! I feel like I learned a lot! And I'm now concerned I might have damaged my outer hairs since I can never hear people well in loud places 😂

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