In principle, it never ends, and the distance is infinite.
The real question is: "At what distance is the signal strength from the FM station
so low that your best receiver can't detect it ?"
As long as nothing completely blocks it, there's no limit to how far it travels. But the radio energy keeps getting thinner and more spread out as it travels farther. So the real question is: How far away from the source can you collect enough of the radio energy to be able to listen to it ?
Radio Astronomy is the technique of studying astronomical objects by receiving radio waves
emitted from them. The objects include some that are billions of light years distant from us.
There's no limit to the distance that a radio signal can travel. But its power spreads out
over a wider area as it travels, so the farther it has gone, the 'thinner' it seems to an
antenna trying to receive it.
So, the question is not "How far can the wave travel ?"
The question is "How far can it go before I can no longer detect it with the technology that I have ?"
FM radio ... as well as AM radio, Fire and Police radio, microwave radio, ambulance and taxi radio,
walkie talkie radio, GPS radio, garage-door-opener radio, RC toy radio, radio communication with
Mars rovers and astronauts aboard the Space Shuttles and International Space Station, bluetooth,
and satellite or open-air television ... are all transported in the form of electromagnetic waves at
various different frequencies (wavelengths).
The numbers in an FM radio station represent the frequency the station transmits the signal on. The frequency range for FM band radio stations is from 87.5 MHz to 108.0 MHz. These radio frequencies are considered VHF or Very High Frequency. The difference between AM and FM radio is that in AM radio the Amplitude is Modulated, or changed to send the signal, whereas with FM, the Frequency is Modulated or altered to send the signal.
A: This term refers to the FM band or frequency range.
Depending on your altitude and range from broadcasting towers, yes. ------------------------------- No! because the impidence and frequency range does not cover up FM ranges, Its also illegal! if you can receive FM on your COMM 1 in your aircraft you can also transmit which is also illegal for anyone/thing to transmit unauthroised on Air band radio.
Fm radio waves travel at various frequencies between 87.5 MHz and 108.0 MHz
That's the frequency band that international telecommunications meetings and the FCC decided to allocate to FM broadcast. As a result of that decision, all FM broadcast stations in the US have carrier frequencies in that range. If they applied for a license to broadcast on a frequency outside of that range, it wasn't granted, and they soon got the idea. The manufacturers of radios, being a pretty smart bunch, realized right away that if all of the FM broadcast stations were on frequencies in that range, then they'd be smart to build their products with the ability to receive FM broadcast in that range. If you play around with a receiver that can receive frequencies outside that range, you'll hear TV channel 6 between 82-88 MHz, and aircraft navigation and communication above 110 MHz.
The range on an FM transmitter for a car radio is roughly designed to transmit a radio signal to more than 500 meters away in the FM broadcasting band.
The AM radio band falls in the comparatively low frequency range of 550 to 1600 KHz while FM radio operates in the 88 to 108 MHZ range and CB operates in the relatively narrow range of 26.95 to 27.405 MHZ. Cellular telephone operates in a frequency band of 825 to 890 MHZ.
The numbers in an FM radio station represent the frequency the station transmits the signal on. The frequency range for FM band radio stations is from 87.5 MHz to 108.0 MHz. These radio frequencies are considered VHF or Very High Frequency. The difference between AM and FM radio is that in AM radio the Amplitude is Modulated, or changed to send the signal, whereas with FM, the Frequency is Modulated or altered to send the signal.
A: This term refers to the FM band or frequency range.
Depending on your altitude and range from broadcasting towers, yes. ------------------------------- No! because the impidence and frequency range does not cover up FM ranges, Its also illegal! if you can receive FM on your COMM 1 in your aircraft you can also transmit which is also illegal for anyone/thing to transmit unauthroised on Air band radio.
Fm radio waves travel at various frequencies between 87.5 MHz and 108.0 MHz
If it operates on Citizens band, it's a four watt radio, and that's all which is permitted by law. If it's an FM radio, you need the services of a field professional.
No
u might have blowed the transmitter
Japan use 76 - 90 FM
That's the frequency band that international telecommunications meetings and the FCC decided to allocate to FM broadcast. As a result of that decision, all FM broadcast stations in the US have carrier frequencies in that range. If they applied for a license to broadcast on a frequency outside of that range, it wasn't granted, and they soon got the idea. The manufacturers of radios, being a pretty smart bunch, realized right away that if all of the FM broadcast stations were on frequencies in that range, then they'd be smart to build their products with the ability to receive FM broadcast in that range. If you play around with a receiver that can receive frequencies outside that range, you'll hear TV channel 6 between 82-88 MHz, and aircraft navigation and communication above 110 MHz.
Smooth Radio broadcasts on various frequencies depending on location, but generally falls within the FM radio band range of 87.5 MHz to 108.0 MHz. The specific wavelength of Smooth Radio will vary depending on the frequency it is broadcast on in each region.