![]() In short, refraction is a light ray or energy wave bends when it passes from one medium to another. The two types have varying uses, which makes comparison more of a view of these applications than one of one being better than the other. That has profound implications for the application of various technologies. Knowing the difference between refraction and diffraction allows scientists to describe patterns and develop theories about their behavior. It’s a way to measure risk, which is necessary for survival. They provide the basis for quantifying them and making them meaningful in their respective fields. The terms refraction and diffraction describe their behavior. When speaking of energy, the common denominator is waves, whether it’s sound, light, or electromagnetic sources. They are used in several everyday applications and also for specific scientific studies.We usually think of different measures as specific quantitative types, such as degrees, feet, or pounds. Thus, reflection, refraction and diffraction are three important properties of light, the effects of which are evident in nature. The phenomenon of diffraction is applied in making diffraction gratings, which are used for studying the structure of atoms and the composition of stars in space. Mirrors are an application of the phenomenon of reflection, while lenses are an application of refraction. ![]() Diffraction, however, can only be explained if the wave theory of light is taken into consideration.
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