Wiki User
∙ 10y ago3.38m
Wiki User
∙ 10y agoBus driver 2.0
Wavelength = Speed of light/frequency Wavelength= 300'000'000/104'900'000 (FM 104.9 is frequency modulation 104.9 MHz) Wavelength=2.86 meters
Hire Some Surveying Company and do it with Total Station which will give you the accuracy of 1 mm/ 0°00'10"
Each country has different frequency bands allocated for AM and FM radio. In the U.S. AM takes up the range from 535KHz to 1605KHz. FM radio takes 88.0MHz to 108.0MHz.Each radio station then receives a slice of that frequency band, regulated by the FCC. Each station is typically given a frequency far from all other stations. For example, three stations would be given the frequencies 93.3MHz, 94.5MHz and 96.1MHz. In theory, the stations could be closer (ie 94.3MHz, 94.5MHz and 94.7MHz) though this is rarely done because each station would then cause more interference to its neighbors.(The stations don't actually 'cause interference' to their neighbors. The weaknessis the ability of consumer-grade receivers to separate stations whose frequenciesare close together.)
1) If information was transmitted at audio frequencies, then you would actually hear the signal. This would be identical to a speaker playing a song on your stereo. 2) Audio frequencies, in the world of radio frequencies, are long wave-length, low energy signals that can't travel long distances. Again, that's why you can only hear someone's stereo from within eyesight of the system. Human ears can detect from about 3Hz up to around 20KHz (some better than others). 3) True radio frequencies start at in the 100Khz range. This is your most basic radio that uses amplitude modulation (aka AM radio). Many people today that listen to the radio listen to frequency modulated (FM) stations. The difference between AM and FM is beyond the scope of the answer to this question. Being a higher frequency, the signals have more energy and can travel farther distances than audible frequencies. 4) Audible frequencies (sounds the human ear can pick up) can only "transmit" amplitude (loudness or volume) and frequency (high or low pitch). However, higher frequencies, such as those used for radio, can carry much more information than the volume and pitch of a signal. This is a direct result of radio frequencies being harmonics (integer multiples) of audible signals. For instance, if a radio signal has a frequency 20 times higher than the audio signal it is transmitting, then that radio signal can not only carry the audio signal, it can also carry other information, such as information about the broadcast station. A radio signal can "encode" information within the signal allowing more information to be carried than just the audio signal itself.
a false station at which observation is taken for other point ,but later its reading is transfer to true station(impossible to set up station viz church tower) is called satellite station(false station).
Period = 1 / (frequency) = 9 / (8.87 x 107) = 0.000000011274 second= 11.274 nanoseconds (rounded)
A radio station with a frequency of 102 megahertz means that it broadcasts on the electromagnetic spectrum at a wavelength of approximately 3 meters. This frequency corresponds to the location on the radio dial where you can tune in to listen to that particular station.
The radio station locations on the dial represent the frequency of the wave that is being sent out by that station.FM stations are measured in Megahertz, while AM stations are in kilohertz.The "HIS" in 89.3HIS radio refers to Jesus Christ. It is a Christian radio station in Greenville, SC.The "MY" in MY102.5 is just prompting the listener to consider the radio station as "their" own favorite station.
if the 103 is the radio station is 103, that means it is broadcasting with a wave frequency or 103 megaHertz provided it is an Fm station. If it is an AM station, then it would be 103 kiloHertz.
372.48 nano joule
Frequency is measured in hertz (Hz), so there is no need for a conversion. If you have the frequency in a different unit (e.g., kilohertz or megahertz), you can convert it to hertz by multiplying by the appropriate conversion factor (e.g., 1 kHz = 1000 Hz, 1 MHz = 1,000,000 Hz).
Fuselage station numbers are measured based upon distance, in inches, from the Reference Datum.
you have to purchase Pokemon black or white, then you get a free 1000000 station cash code
A kilobyte (kb) is a unit of memory storage used in computers.1KB = 1024 Bytes.1MB = 1024KB1GB = 1024MB1TB = 1024GB (TB = Terabyte)Megahertz (MHz) is a measurement of frequency. FM Radio station frequencies are quoted as (for example) 97.1 MHz. As with the computing measurements abocve, there are words to describe st quantities...1 Hertz (Hz) is 1 pulse per second.1 Kilohertz (KHz) is 1000 Hz1 Megahertz (MHz) is 1000 KHz1 Gigahertz (GHz) is 1000 MHz.
Clyde 1 radio station appears in several different frequencies, depending on the region they are covering. The frequencies include, 97.0, 102.3, 102.5, and 103.3 is the final frequency for Clyde 1.
Well the code is PXNH6HB in capitol.
there is none.