Level of refraction depends on what?

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SUMMARY

The level of refraction of light depends primarily on its wavelength, as different colors of light (frequencies) travel through transparent materials at varying speeds. When light enters a new medium, its frequency remains constant while its wavelength changes, leading to different angles of refraction for each color. This phenomenon is explained by the wave model of light, although a more advanced understanding involves quantum electrodynamics (QED). The discussion highlights the relationship between speed, frequency, and wavelength in the context of light refraction.

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i am perplexed at the spectrum.
:confused: when a light beam passes through the spectrum,different color of light appears. is the wavelength, frequency, and speed different in different color of light?:eek: is the wavelength of the light changes in the spectrum?
:!) the level of refraction depends on what? wavelength, frequency, or speed ?
thanks:biggrin:
 
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White light is made of a combination of different frequencies of light. The frequency is the distinctive characteristic of each color.

As a wave of a certain frequency travels at a certain speed, it will have a wavelength that is (speed/frequency). When a wave changes speed (by going into a new medium) the frequency stays the same, but it will have a different wavelength.

Different frequencies travel through transparent materials at slightly different speeds. This is due to smaller wavelengths (higher frequencies) interact more often with smaller particles within the material.

Since the angle of refraction depends on the ratio of speeds inside and outside the material, different colors of light will refract at slightly different angles.

This is using the "wave model of light" as an explanation which is rather unsatisfactory when studying higher levels of Physics. The "more correct" explanation is known as "quantum electrodynamics" or QED. You can study this as you get your Master's degree.
 

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