Wavelength = (speed) / (frequency) = (3 x 108) / (110 x 106) = 2.73 meters (rounded)
Wavelength is calculated in MHz not Hz, and the formula is Wavelength = 300 / MHz
The station with 107.1 MHz would have the longer wavelength.
The wavelength of a 99.0 MHz signal is about 9.94 feet.
The frequency of 101 MHz corresponds to a wavelength of 2.97 meters. To find the wavelength of any other frequency, divide 300,000,000 by the frequency. The quotient is the wavelength in meters. -- Center of AM radio band . . . 1 MHz . . . 300 meters -- Cellphone band . . . 900 MHz . . . 33 centimeters -- One GPS satellite frequency . . . 1,575.42 MHz . . . 19 centimeters -- Microwave oven . . . 2.45 GHz (billion per second) . . . 12.2 centimeters -- Blue light . . . 666,666 GHz . . . 450 nm (billionths of a meter)
For 90.7 MHz: λ = about 10.84 feet.
Wavelength is calculated in MHz not Hz, and the formula is Wavelength = 300 / MHz
The station with 107.1 MHz would have the longer wavelength.
The wavelength of a 99.0 MHz signal is about 9.94 feet.
Classic FM typically broadcasts at a frequency of 100-101 MHz, which corresponds to a wavelength range of approximately 3-3.4 meters.
The shorter wavelength is kaja at 97.3 MHz. This is because wavelength is inversely proportional to frequency, so the higher the frequency, the shorter the wavelength. Woalat at 1200 kHz has a longer wavelength compared to kaja at 97.3 MHz.
{| ! | FM: 97.7 MHz - 99.7 MHz |}
The frequency of 101 MHz corresponds to a wavelength of 2.97 meters. To find the wavelength of any other frequency, divide 300,000,000 by the frequency. The quotient is the wavelength in meters. -- Center of AM radio band . . . 1 MHz . . . 300 meters -- Cellphone band . . . 900 MHz . . . 33 centimeters -- One GPS satellite frequency . . . 1,575.42 MHz . . . 19 centimeters -- Microwave oven . . . 2.45 GHz (billion per second) . . . 12.2 centimeters -- Blue light . . . 666,666 GHz . . . 450 nm (billionths of a meter)
Classic FM broadcasts in the FM radio frequency range, typically between 88 and 108 MHz. Each frequency corresponds to a specific wavelength, which varies depending on the frequency the station is broadcasting on.
Assuming you are reffering to electromagnetic radiation, i.e. light, the formula for this is simply frequency*wavelength = speed (in this case a constant, the speed of light). Then, frequency = (speed of light) / wavelength, speed of light ~= 3 * 10^8 meters / second, and wavelength = 9.3 mm = 9.3 * 10^-3 m. Therefore frequency ~= (3 * 10^8) / (9.3 * 10^-3) = 27.9 * 10^5 Hz = 2.79 MHz, where 1 Hz = 1 / seconds.
For 90.7 MHz: λ = about 10.84 feet.
From the universal wave equation v = fλ, we can find that for an EM wave with wavelength 100 m and speed 300000000 m/s (all EM radiation propagate at speed of light), its frequency is 3000000 Hz or 3 MHz. This corresponds to the wavelength of radio waves, specifically short wave AM radio waves (aka HF raio waves), which has a frequency range of 3 MHz to 30 MHz.
10 mhZ