If a green light has a frequency of 6.00 * 10 ^14 what is the wavelength?
812905
WL = c / frequency, where c is the speed of light.\n\nWL = 3 x 10^8  (m/s) / 6 x 10^14 (1/s) = 5 x 10^(-7) m = 500 nm\n\nThe result is compatible with green light (577 - 492 nm).
286486
Just divide the speed by the frequency. So you get a wavelength of 344/50,000=.00688m=6.88mm. The answer above is not correct because the frequency is 50kHz=50,000Hz.
44523
the speed of light(radiation) is a constant and equals the wavelength times the frequency. As wavelength gets longer the freq goes down and vice versa.
810936
f = c/L, where f is the frequency in Hz, c is the speed of light in m/s, and L is the wavelength in m.\n1 angstrom = 1e-10 m, c = 300e6 m/s, so,\nf = 300e6/4000e-10 = 750e12 Hz = 750e6 MHz...that's 750 million MHz.
406703
the speed of light is c=3*10 at the 8-th power  m/s\ndark means 0 light
953272
f * w = c\n\nFrequency in Hertz times wavelength in meters equals the speed of light.\n\nTo solve for frequency.\nf = c/w\n\nTo solve for wavelength\nw = c/f
49259
c = yf\n\nc = speed of light (3 x 10^8 m/s)\ny = wavelength\nf = frequency\n\n==> f = c/y\n\n==> f = 3 x 10^8 m/s / 0.032 m \n\nf = 9.38 x 10^9 Hz\n\n-or-\n\nf = 9.38 GHz\n\n:)
430403
i presume you have the energy values for the different levels?\n\nif so you use the equation E=hc/lamda to find the wavelength for each energy transition in the series.\n\nThe red line will be about 575nm and the purple line will be about 375nm.
20065
it has a wavelength of about 650 nm. divide the speed of light to the wavelength and obtain the frequency.
872993
E=m c^2\nEnergy=Mass &#92;times (speed of light)^2
890524
Red = 625 to 760 nm\nOrange = 585 to 620 nm\nYellow = 565 to 590 nm\nGreen = 520 to 570 nm\nBlue = 440 to 490 nm\nIndigo = 420 to 440 nm\nViolet = 380 to 420 nm\n\nThese are approximate wavelengths for the visible spectrum in nanometers (notice how some values overlap). Taken from Wikipedia.
910705
Hello, here is what you need:\n\nEnergy = Planck Constant * Frequency\n\nE = h * f\n\nh = 66.26 x 10^-34 Joule second
852104
The frequency in the number of times the wave vibrates in one second. \nIn your question, you probably have light.  The speed of light is 300,000km/s.  If you multiply the frequency and the wavelength, you get the speed.  That is v=lf\nThat 595nm is actually 595x10e-9m or 0,000000595m\nThe speed of light is 3x10e8m/s\nSo the frequency is\nf=v/l\nf=300000000/0.000000595\nf=504201680672268.91\nf=5.1e14 hertz
1113461
It's 0.00002777778 inches, or approximately 705.55 nanometers.  It's an inch divided into 36000 parts, so it is pretty small.\n\nI believe the wavelength of red light falls in a range of 630 to 760 nanometers or approximately 1/36000 of an inch.
644079
wavelength = speed/freqency \n=> (3 x 10^8)/(10^15)\nSo that is 3 x 10^-7 m\nor 3000 angstrom
471190
Electromagnetic radiation in the 1 to 1000 m wavelength range.
1065631
To convert between wavelength and frequency, recall the following equation, converting all units to meters:\n\nspeed = frequency * wavelength\n\nspeed of light is 3*10^8\nwavelength is 1150 = 1150 * (10^-9)\n\nso just divide and you shall conquer !\n\nHope this helps,\n\nJ