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No, the fact of the rainbow demonstrates that the different wavelengths refract at different angles. If they didn't then the rainbow would be all one colour.
White light appears white because it is a conglomeration of all the different wavelengths of light. A prism will separate the different wavelengths because they refract (or bend) at different angles through the prism.
Light refracts(bends) when it passes through to a different medium at an angle. White light is a mix of all the colours of the rainbow, and each colour has it's own refractive index, which means it bends to a greater or lesser degree compared to any other colour. Refracting white light refracts all the colours, but they all bend to different degrees, so they split up.
they are all different colours
No. Otherwise, we would have seen new colours when light is reflected, since all the colours have different frequencies.
That is not true. If you are talking about all the colours of light in the spectrum coming from white light that is true. When white light passes through a glass prism, it causes the light to split into different colours because of the different angles at which they refract.
No, the fact of the rainbow demonstrates that the different wavelengths refract at different angles. If they didn't then the rainbow would be all one colour.
White light appears white because it is a conglomeration of all the different wavelengths of light. A prism will separate the different wavelengths because they refract (or bend) at different angles through the prism.
Most light is a mixture of colors of the spectrum.* White light is composed of all colors. The different wavelengths of light are refracted at different angles, which separates them out into the constituent colors of the original light source. *Laser light is monochromatic.
no
A scalene triangle has all sides and angles in different sizes.
There is no specific name for a polygon in which all the angles are different or where the sides are all different.
They are alike in that they are all triangles when you close them. They are different because they are all different degree amounts.
Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.Europe is usually shown with all of its countries, and they would all be different colours. On maps that don't show countries, just continents, Europe can be different colours.
A scalene triangle has different sized sides and angles.
No there are different angle such as right angles, obtuse angles, and acute angles.
When a beam of light crosses the boundary between a vacuum and another medium, or between two different media, the wavelength of the light changes, but the frequency remains constant. If the beam of light is not orthogonal (or rather normal) to the boundary, the change in wavelength results in a change in the direction of the beam. This change of direction is known as refraction. Which basically means each color is on a Different "wavelength" which causes it to go in a slightly different angel after it hits a refraction-able object