who uses a radio frequency of 134-172 Megahertz?
411245
That is commonly called "High Band VHF" and is licensed under Part 90 of the FCC Rules and Regs (Title 47).  There are pools of frequencies there for public safety, industrial/business, etc.
90571
Here are some links to get you started:\nhttp://radioreference.com/modules.php?name=RR&ctid=2797\nhttp://radioreference.com/modules.php?name=RR&aid=1946\nhttp://radioreference.com/modules.php?name=RR&stid=49\nhttp://radioreference.com/modules.php?name=RR
228387
http://radioreference.com/modules.php?name=RR&ctid=1875
1000317
The frequency they used until recently was 19.6kHz
490702
That's because its supposed to be secret! Something like the frequency and much more. We aren't permitted to braodcast anything above permitted frequency, as a part of general public. (Frequency emission includes, usage of home-RF devices) Please make sure to get information from the military if you are making a geniune effort, other than, putting the stake at risk!
143077
how much radiation you absorb in an hour\n\ni assume you mean mR/hr
1180628
Right here...\n\nhttp://www.therainiervalley.com/radio_web_sites.html
204241
would you like a alphabatized list of everyone in the country? lol call your local radio station
709893
They use a frequency within the VHF band depending on where in the world they are or even the area that they are in and who else has local frequencies reserved.\nThe biggest problem that you will come across is that they scramble the signal, so even if you can find the frequency which is quite easy with a hand held scanner, you wont be able to hear what they say. Sorry. Would be fun to know though.
214904
normally they work with antennas, electromagnetic fields propagation and communications systems. It has to do a lot with electrical signals and electrical behavior of components in the high frequency spectrum (normally above 9MHz, but radio signals of a few KHz might also be of interest)
835144
Look it up in yahoo like this:\n"[Name of your city]" +"88.1 fm"
275478
Cell phones, TV and radio reception
572837
RTFM\nRead the fricken Manual.
348335
The answer depends on your definition of god. If, for example, you are a Sun worshipper, your eyes would make quite adequate god detectors.  For me, God is the collection of all electromagnetic waves in the universe that oscillate at a frequency of 770 kilohertz. I detect God using an AM radio, and I can actually hear Him speaking to me! He tells me everything I need to know - what to think, what to do, even what to buy! \n\nContrary to what you claim, human beings are NOT instruments of the Divine, because they can't detect  electromagnetic waves at a frequency of 770 kilohertz.  That is why God, in his infinite wisdom, gave us AM radios.  I feel sorry for those misguided heathens who were seduced by the evil emanations of FM radio (don't even get me started on XM!)  I hope you find enlightenment soon.
629562
The frequesncy that it is broadcast on.
708133
The frequency is irrelevant -- all radio waves travel at the speed of light.\n\nSo 8.00x10exp7 divided by 313,000 km/sec would be 255.6 seconds, or about 4.25 minutes.
977478
There have been many studies into Radio Frequency (RF) absorption into tissue and whether or not it causes damage.  Cellphones are the biggest target, because they contain a radio transmitter which you hold on or near your head.  The FCC uses a test called SAR (specific absorption rate) to measure radiation absorbtion rates into tissue.    The Wiki entry for SAR:\n\n"SAR is a measure of the rate at which radio frequency (RF) energy is absorbed by the body when exposed to radio-frequency electromagnetic field. The most common use is in relation to cellular telephones. In the United States, the Federal Communications Commission (FCC) has adopted limits for safe exposure to RF energy produced by mobile devices and requires that phones sold in the U.S. have a SAR level at or below 1.6 watts per kilogram (W/kg) taken over a volume of 1 gram of tissue. In the EU the corresponding limit is 2 W/kg taken over a volume of 10 grams."\n\nBluetooth devices, by their very nature, are short-distance radio communication devices, and so will operate at a far lower radio emission level than their cellular cousins.  A study by William G. Scanlon of Queen's University in Belfast found that a typical Ericsson Bluetooth radio module generates a SAR of just 0.001 watts per kilogram, which is well within the safe limits.