Because sunlight is made up of different wavelengths of light, it appears as a rainbow of colors in a spectroscope. Light is divided into its constituent wavelengths, which are perceived by humans as distinct colors, when it travels through a prism or diffraction grating in a spectroscope.
The electromagnetic radiation spectrum that makes up sunlight ranges in wavelength from shorter ones like ultraviolet and violet to longer ones like red and infrared. A spectrum is a continuous band of colors that is created when the colors in sunlight are separated using a prism or diffraction grating.
A particular wavelength of light is associated with each color in the spectrum. This dispersion happens when light waves go through a prism and bend or refract to differing degrees, spreading out and producing the rainbow-like pattern visible in a spectroscope. The visible spectrum is made up of a variety of colors, as this phenomenon shows, and sunshine is not just white light.
When you shine white light through a prism, at the correct angle wherever the prism is pointing you will see the spectrum, this is because when the light shines through the angles of the prism, the white light will become dispersed through the angles so that the white light is streched out to reveal what the spectrum is made up of =D
When sunlight is looked at outside or through a window, all you is white light because all the wavelengths are squished together but when you look at a portion of the sunlight through a spectroscope, you see the seperated waves that form different colors like a rainbow.
These gaps are due to fine spectral lines, formed from slight energy level differences. Such splits are also possible when the light is subjected to an intense magnetic field. This effect is known as the Zeeman effect. If such splits occur due to an intense electrical field, then it is known as the Stark effect.
a spectrum appears as a band of colors because,the bending breaks up the sunlight into a band of colors.
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The bubble diffracts light waves inside it, splitting white light into the colors of the rainbow.
A glass prism shows colors when light passes through it because of its density, the makeup of glass reflects certain colors and alters them to make a pattern like a rainbow.
prism Though not the only thing that can cause light to show its true colors. A CD, when held at various angles to the light a pattern forms on the CD showing the familiar rainbow color scheme (red, orange, yellow, green, blue, indigo, and violet or Roy G. Biv). After a rain storm our atmosphere acts like a prism and that is why we get rainbows. I have also seen the trademark rainbow in a puddle and on my windshield,
The dark blue car will show more fading of the paint than the dirty white car will. This is because darker colors attract the sunlight more than lighter colors.
A rainbow results only when "white light" shines through it. White light is a combination of light of many different wavelengths (we see different wavelengths as different colors). Each wavelength is refracted (bended) at a slightly different angle, separating the different colors for us to see.
A spectroscope is used to view the basic colors of any source of light. It helps show the atomic makeup.
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Red,orange,yellow, green, blue etc... the colors of the rainbow . Roygbiv :)
white light is made of all colors of the rainbow.
Diamonds interact with sunlight the same way prisms interact with sunlight. You will see all the colours of the rainbow reflected by a diamond.
That's called - a prism.
A candid skirt is just an expression to show how revealing the skirt actually is. They can come in a variety of colors from traditional black and white all the way to rainbow.
He discovers what is known as the rainbow, by using a prism to show that light is made up of all of those colors.
The bubble diffracts light waves inside it, splitting white light into the colors of the rainbow.
The same reason there are rainbows in the sky: the rain acts as a prism, which splits the sunlight into it's different colors. http://en.wikipedia.org/wiki/Rainbow http://en.wikipedia.org/wiki/Prism_(optics)
to show that it is special