Radio

Call a Mercedes dealers parts department. If you give them the VIN they can look up the original radio code. FOUND A CHEAP DEAL ON THE SOFTWARE HERE: http://store.payloadz.com/go?id=29814 See Related Links See the Related Links for "Radio Codes " to the bottom for the answer.

He best known for his development of a radiotelegraph system, which served as the foundation for the establishment of numerous affiliated companies worldwide.

Radio waves aren't necessarily harmless. Radio waves, especially very short ones, can cook food; so they need to be used carefully too. Infrared can burn you, visible light can kill you, and UV is very destructive. But X-rays and Gamma rays are very short and will tear up molecules and even atoms without you knowing it. Be careful out there. Wear your tin-foil hat!

because, it's not saying any ones name but it's referring to almost any female.

You need the radio code first. Check your docs or contact a Renault dealer. When you have them and the console display asks for the code turn the thumb wheel on the satelite control stick on steering column. When you get the first number push the button under the wheel. Do this until all four numbers are set, you should get a bleep and the radio should work.

Under the hood on the drivers side is the main fuse box. You should see a 20A mini fuse that is labeled RDO/IGN or just IGN. I believe that this also affects the cigarette lighter/ 12v plug. Good luck!

Yest, the Buick LeSabre from 1992-1994 is the same exact car, inside, outside, underside. Everything is identical, except say for the trim packages and options you get on them. Therefore, yes the cassette radio from a 1992 LeSabre will work in a 1994 LeSabre.

-- On the FM radio dial, it is 96.5 .

-- On the telephone, it's difficult to answer the question with no more information

than you've provided. There are 79 different radio stations licensed to broadcast

at 96.5 on the FM dial in the USA, in different cities.

Television and Radio?

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Quasars

you don't neccesarily need a wiring diagram if the stock plug is still there. when you buy a wiring kit for that specific vehicle the wires will be color coded to match up to the new radio (red to red, yellow to yellow etc). you just connect the wiring harness for your truck to the wiring harness for your deck and plug 'em in. if it's not there...you need a 12v constant, 12v switched, ground, and +/- spekaer wires for each set of speakers.

1995 And Newer Typical Nissan Pin What It Is In Dash Wire Color A Right Rear Speaker (+) Gray B Amplifier Turn On Wire C Right Rear Speaker (-) Gray w/ Red Stripe D Left Rear Speaker (+) Orange E Left Rear Speaker (-) Black w/ Pink Stripe F Amp Ground Wire (connect this wire to the radios ground wire) G +12 Volt Ignition Wire Blue H Do Not Use I Right Front Speaker (+) Brown J Left Front Speaker (+) Purple K Ground Wire (if available) metal brackets on radio L Do Not Use M +12 Volt Battery Wire Pink N Power Antenna Wire O Right Front Speaker (-) Brown w/ White Stripe P Left Front Speaker (-) Green w/ Yellow Stripe AS VIEWED FROM MATING END OF CONNECTOR a b g h i j c d e f k l m n o p

in tv boardcasting we can see the picture as well as video that help us to know more about any happenings while in radio only audio is displayed which can't immediately give more information ,but its also very important.

We generally think of radio waves (radio electromagnetic radiation) as those frequencies of electromagnetic (EM) radiation that fall within a band of frequencies below those of light. These include microwave bands, on which satellites communicate and cell phone operate, as well as the familiar microwave oven. Radar also operates in this band. Below that we find television signals, as well as some two-way radio signals. Other forms of communications radio signals (like amateur or "ham" radio) as well as broadcast radio operate below the television bands.

By considering the types of equipment mentioned above, it is possible to make a list of some sources of radio electromagnetic radiation.

First of all, your question is not worded all that well. When we speak of a wave, in this case an electromagnetic one (as opposed to one made of water perhaps), we tend to describe them quantitatively with certain numbers. One may speak of the frequency of the wave (measured in Hertz), the energy of a wave (in joules), or, in your case, the wavelength of a wave (in metres).

The electromagnetic spectrum is usually taught to span from radio waves (waves with relatively large wavelengths and low frequencies) to gamma rays (waves with relatively small wavelenths and very high frequencies). The misunderstanding you seem to have is that the electromagnetic spectrum stops at radio waves. It does not.

In theory, the electromagnetic spectrum is infinite and continuous. That is to say, there is no limit to how large a wavelength can be nor how small one can be. The electromagnetic spectrum susually stops at radio waves (with a typical wavelength ranging from 1 to 10 metres) because waves longer than these lose their practicality. In theory, they exist, but they simply are not as important to us than their shorter cousins!!!

Just as a side note, "long waves" are said to have a wavelength of around order 10^3 metres (or just around the order of a kilometre). Theoretically, I can imagine it possible to have a wave with a wavelength as long as the universe itself! Of course, as I mentioned earlier, such waves are of little practical value to us. As a result, yes it does have the "longest" waves.

Intentionally: Radio Transmitters for Walkie-Talkies, TV and Radio broadcasts etc.

Inadvertantly: Alarm Systems, Florescent Lightbulbs, some motors

Natuarally: Outer space and water

(this is not nearly a complete list)

Assuming it is similar to my 1990:

A: Identify the trim surrounding the radio. It extends from the radio, above the steering column, and has buttons like hazards and rear defrost on it. This trim has a number of screws attached on its underside in little recessed screw holes.

B: Remove all the screws. Once you get all the screws to the left of the center console, there are two screws also in the little trim divider halfway down the center of the stereo.

C: You also need to open the ash tray and get the two screws from above it. You should now have all the screws removed.

D: Pull up, and outwards on the trim to remove. You will need to clear the steering column with an upwards motion. Careful not to pull too far, there are several wires attached to the back of the trim that you do not want to rip loose.

E: With the trim removed there are only four screws on the two sides of the stereo. Remove these screws and you should be able to pull the head unit assembly out of the dash. From here you will need to unplug the wiring harness and antenna cable and power cable.

Hopefully that is of some help. And hopefully you aren't the schmuck who unsucessfully tried to steal my stereo a few months ago. That would be ironic

Its papa.

Radio waves vibrate the impedqnce or ether of free space. The space or ether impedance is the ratio of the magnetic charge W-500 e-18 webers(volt seconds) and the electric charge C=4/3 e-18 Coulombs. z=W/C= 500x3/4=375 Ohms! The vibratioon of the ether propagates the electric wave.

First disconnet your battery.Carefully pry out the clock out of the middle and there is a screw back there you need to take out ,than two more screw at the bottom of the center cover. Once u take the screws out carefully pull the console out and disconnect the two ac connectors(I had to use a flat-head to get leaverage to loosen), but once that's done there are four more screws holding the radio in the frame. And just do reverse to reinstall

I have been looking on my ipod nano and i can not find how to get the radio if you know that it does not have a radio will you please reply! Thank you

iPod nanos do have radio. You can usually find it on the main menu.

I think it means you can buy a satellite radio receiver, and your stereo will accept it's input without modification.

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