the difference is animals can better and there ear canal is built different so they can hear things from a great distance.
The structure of the human ear is more complex than that of a rat's ear. The human ear has three main parts: the outer ear, middle ear, and inner ear, which work together to process sound. In contrast, a rat's ear is simpler and has a more basic structure with fewer components.
There is a plant called "Cat's Ear" whose scientific name is: Hypochoeris radicata As for the ear of a feline, it is called an ear. The part of a cat's ear that resides outside the head is called the Pinna.
To effectively put ear drops in a difficult cat, gently restrain the cat and have someone help hold the cat still. Hold the cat's head steady and gently lift the ear flap. Carefully administer the prescribed amount of ear drops into the ear canal and massage the base of the ear to help the drops spread. Be patient and calm to avoid stressing the cat.
It is not true a cat has 32 muscels in its ear
male cat in a fight and ear was ripped leaving some skin hanging. What can I do to help cat heal?
There is a plant called "Cat's Ear" whose scientific name is: Hypochoeris radicata As for the ear of a feline, it is called an ear. The part of a cat's ear that resides outside the head is called the Pinna.
No, not usually. Unless a cat has had some kind of injury like losing an ear or leg, cats are usually outwardly bilaterally symmetrical like the average human.
A potato crisp can be as large as any cross section of a potato. If you slice a large enough potato and fry the slices, you can make a crisp bigger than a human ear.
No, a cat does not have 32 muscles in each ear. Cats have about 30 muscles in total in their ears which help them to move their ears in different directions to better hear sounds and communicate their emotions.
The ideal ear shape of a Burmese cat are large pointed ears.
The cat could have ear mites if it goes outdoors a lot.
The human ear can typically detect sound frequencies ranging from 20 Hz to 20,000 Hz, with the sensitivity peaking around 2,000-5,000 Hz. Different parts of the ear, such as the cochlea, play a role in detecting different frequencies. Hearing loss or damage can affect an individual's ability to perceive certain frequencies.