The frequency of the EM wave determines the amount of energy it contains. Therefore, different colors of light have different frequencies and amount of energy.
the difference is that white light is a mixture of the seven spectrum colors but when refracted (separated by a transparent object) it splits again into seven colors striking at different angles that's why they look like one.one color above others.so the difference is that spectrum is a number of split colors striking at different angles but white light is the mixture of those colors.
Diffraction = The amount of light passing through a photographic lens being adjusted by a diaphragm. Dispersion = The splitting of light of different colors due to the different indices of refraction at different wavelengths when the light enters a lens or prism.
Different colors have different wavelengths
Lights of different frequencies are perceived as different colors.
The following differences are all equivalent; if one of these is different, so are the others:* The frequency of the wave * The wavelength * The energy per photon
the difference is that white light is a mixture of the seven spectrum colors but when refracted (separated by a transparent object) it splits again into seven colors striking at different angles that's why they look like one.one color above others.so the difference is that spectrum is a number of split colors striking at different angles but white light is the mixture of those colors.
Diffraction = The amount of light passing through a photographic lens being adjusted by a diaphragm. Dispersion = The splitting of light of different colors due to the different indices of refraction at different wavelengths when the light enters a lens or prism.
Different colors have different wavelengths
Wavelength Frequency and Photon Energy
i think one is substractive (the mixed colors are lighter) and the other is aditive (darker)
Different Colors Of Light Travel At Different Speeds.
Lights of different frequencies are perceived as different colors.
I believe that a range of light of different colors and different wavelengths is a spectrum.
The following differences are all equivalent; if one of these is different, so are the others:* The frequency of the wave * The wavelength * The energy per photon
An ordinary light contains more than one colour. A laser is monochromatic.
In fact,there is no difference in the performance of Multilayer composite pipes of different colors. The Multilayer composite pipe is shaded by the aluminum layer. Orange and white have no effect on the light-shielding of the Multilayer composite pipe. It is only a distinction between colors. FYI.
varying speeds different colors of light travel