That depends on the gain of the transmitting and receiving antennas, and also on the
sensitivity of the receiver.
So there are two reasons why the question can't be answered here:
1). There's not enough information given to arrive at a unique answer.
2). I make my living designing exactly these situations. WikiAnswers is a lot of fun,
but I'm not about to drop a freebie.
The wavelength of a 99.0 MHz signal is about 9.94 feet.
Not all radio antennas are vertical.The main reason radio antennas tend to be vertical is convenience of mounting. Many early radio antennas were long horizontal wires strung between two poles or trees. This was also a matter of convenience in mounting such a long antenna (e.g. 50 feet to 100 feet in length).When you are operating radios in the VHF or UHF band a vertical or horizontal mounting of the short antennas used at these frequencies might be selected to improve reception of a polarized radio signal sent by the transmitter.
Microwaves are high frequency radio waves. They were discovered by an engineer working on high frequency transmission and noticed his coffee got warm near the transmitter. They burn internally because of their energy levels and frequency. That makes then more dangerous then lower frequencies.
25 feet for handheld radios and 100 feet for vehicle radios.
For 90.7 MHz: λ = about 10.84 feet.
The wavelength of a 99.0 MHz signal is about 9.94 feet.
For electricity, a wave (in a wire) usually is expressed as volts. For radio waves, often the strength of B and E fields, or sometimes power (in watts). For an ocean wave, it could be measured in feet.
Yes. . it is concrete. . and it is close. . ever driven through a tunnel, even a short one, and had problems with radio reception. So yes. . a concrete wall could reduce signal
100 feet
300 feet
A range of at least 50 feet would be a good car for a child to play with.
100 feet
A wireless signal can go about sixty feet but usually its range will be forty of fifty feet in a home.
500 feet
100 feet
10 feet.
100 feet