What's the relationship between the molars & the ear or hearing?
535535
Your lower jaw has an arm called the condyle that rises up and hinges just under the ear.  This is called the Temporal-Mandibular Joing TMJ.  If your cavity/ies is so large that the tooth has worn down in theory this could cause your bite to change and you would have problems with your jaw joint.  Your ear popping would most likely be accompned by a very loud clicking, popping noise everytime you open or close.  If you have a lot of swelling from an infected tooth it can spread up to your ear and your life could be at risk, but you would feel really bad right at the moment.  If you don't have the above symptoms then, most likely there is no relation right now.
15492
When you speak, your jawbone vibrates, affection the vibration of your eardrums. If others feel your jawbone vibrations the same way you do, they'll hear what you hear too.
1091458
FEMUR{THIGH BONE}\nSMALLEST IS STAPES{EAR BONE}
578403
THe majority if it is in the semicircular canals; a little bit of it is in a small area attached to them.\n\nBalance, however, is sensed by hairlike projections INTO the fluid that does the sensing, as the fluid's intertia causes it to "flow" when the head moves...\n\nThe semicircular canals are close to the cochlea, by the way...
464632
(1) The Sound is a  physical phenomenon that stimulates the sense of hearing. \n(2) In human beings, hearing takes place whenever vibrations of frequencies between about 15 and 20,000 hertz reach the inner ear.\n(3)  The hertz (Hz) is a unit of frequency equalling one cycle per second. Such vibrations reach the inner ear when they are transmitted through air, and the term sound is sometimes restricted to such airborne vibrational waves. Modern physicists, however, usually extend the term to include similar vibrations in liquid or solid media. Sounds of frequencies higher than about 20,000 hertz are called ultrasonic
3451
First of all, when dealing with biology, you should never BELIEVE that there is a PURPOSE for anything. This sort of thinking evokes the notion that this structure was disigned to do something. Biological structures evolve into their present form because that form is more fit than any of the alternative forms that came before.\n\nAs for the outer ear (the visable portion that protrudes from the side of your head) the function they provide is as a condensor to collect and concentrate energy waves that are able to be decifered by our inner ear and brain as sound.
205862
eye, ear, lip, jaw, gum
933822
The auditory canal is part or the outer ear (which also includes the part of your ear that you can see (the pinna) and the tube which leads to the eardrum. It is where earwax is excreted. Ear wax helps protect the ear canal from small foreign bodies by pushing them out. The eardrum is the three-layer thick membrane between your ear canal and the middle ear. It moves in response to sound and wiggles the bones in your middle ear. The middle ear is where the bones,( in layman's terms), called the hammer, anvil, and stirrup are. This is the location of most ear infections in children. The cochlea is part of the inner ear, and it is the snail-shaped organ that turns the mechanical part of hearing into the nerve impulses to the brainstem and the brain via the auditory nerve..
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Go here...\n\nhttp://www.naturallist.com/teeth.htm
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http://www.doctorndtv.com/faq/searchdetailfaq.asp?id=6338&word=ear+drum\n&\nhttp://www.drf.org/hearing_health/archive/2003/spr03_otosclerosisoverview.htm
812243
Well, yes we do. As long as the ears are correct, we'll hear the same. BUT, how our brain reacts to what we hear is a totally different matter. Since the brain is trying to make sense of what our ears receieve, then we know for a fact that we all will hear something different from each other, simply because all the ears in the world aren't connected to the same brain....
127487
The cerumen glands. See the reference.
1088143
The teeth that you are brushing and eating with are themselves set to vibrate as you eat or as they are brushed. The teeth are connected to the skull, and the vibrations go through your skull directly to your inner ear where your eardrum vibrates and thus the sound becomes "audible". This operates on the same principle as a tin can telephone. \n\nNow the reason why people sitting away from you cannot hear the sound as loudly is that the sound energy of the vibrations decrease proportionally to the inverse square of the distance from you. This is due to the fact that the sound waves disipate in a spherical shockwave. To a good approximation it is proportional to an evenly distributed spherical soundwave, and hence if they are r distance away from you, and their eardrum is .0001 r in radius, then  if you calculate the area of the eardrum, and you find what proportion that is of the surface area of the spherical shock wave, and then you find the initial energy that caused the spherical shockwave, then you will see that the amount of "sound energy" reaching the eardrums of the others is very tiny compared to the original.
361250
Well, the ear is naturally designed to collect, focus, and transmit sounds through a tiny and efficient conveyance system called the auditory pathway.\n\nsee how it works\nhttp://www.fi.edu/fellows/fellow2/apr99/auditorypath.html
484889
yes-- its perfectly normal\n\nif u imagine your tooth roots go right up into the gum its all connected to the face then comes the ears, if u imagine one long tube if there any pain in the face, it always radiates out to the ears\n\nIf its too troublesome and painful go get it checked
798855
My son was apparently born without 3rd molar buds. We usually get them pulled anyway, maybe this & our pinkie toes are the next to go in evolution!
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The stapes bone (stirrup) in the ear.