Colors don't "move through the spectrum". Light of different colors has the same speed in a vacuum. In transparent materials such as glass or water, there are slight differences in speed, but that depends on the materal.
The colors you see in a rainbow Continuous spectrum :)
If you pass white light through a prism, it will separate out into the individual colors of the visible spectrum.
The light has to pass through in a way that the colors are separated and refracted, but if they pass through glass and are not refracted in a certain way they will not separate the spectrum
The entire electromagnetic spectrum can move through a vacuum.
yes, oil
Colors don't "move through the spectrum". Light of different colors has the same speed in a vacuum. In transparent materials such as glass or water, there are slight differences in speed, but that depends on the materal.
According to the light spectrum, water should travel through a more violet coloured water the fastest. The speed of light through a medium is not governed by its wavelength, so colour is not a factor.
Yes. Electromagnetic spectrum waves reach your eye through the air.
When the sunlight shines through the bevel of the window it produces a spectrum of color.
water!
True, or more correctly, when the sunlight is refracted through the water droplets.
It's possible to obtain a spectrum OF water, if that's what you mean. They're usually not horribly interesting, since water is such a simple molecule.
The main factor is the presence of water. If the sample is NOT fully dried of water it will cause a big 'spike' in the spectrum .
when dispersed through a prism: Visible spectrum of light (rainbow) part of (very small fraction) electromagnets spectrum
The colors you see in a rainbow Continuous spectrum :)
They both involve a spectrum. If you shine light through a prism, it splits it up into the 7 colours of the rainbow. Rainbow is created when light shines through water, so rainbow is just another word for a spectrum. See? GCSE Physics pays off! =)