Regular reflection occurs when light waves reflect off a smooth and polished surface, like a mirror, maintaining a well-defined angle of reflection. In contrast, diffused reflection happens on rough or uneven surfaces, where light is scattered in various directions.
Diffused reflection doesn't imply a failure of the laws of reflection; rather, it adheres to the laws but on a microscopic scale. The surface irregularities cause incoming light to reflect at multiple angles, creating a scattered effect. Both regular and diffused reflection follow the principle of reflection but manifest differently based on surface characteristics.
Regular reflection occurs when light rays fall on a smooth surface and reflect in the same direction. Diffused reflection occurs when light rays fall on a rough surface and reflect in different directions. Both types of reflection follow the laws of reflection, which state that the angle of incidence is equal to the angle of reflection, and that the incident ray, the reflected ray, and the normal lie on the same plane.
Diffused reflection does not mean the failure of the laws of reflection. It just means that the surface is not smooth enough to reflect all the light rays in the same direction. The laws of reflection still apply to each individual ray, but the normal varies from point to point on the surface, resulting in a scattered reflection
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Answer:
Regular reflection occurs when light waves reflect off a smooth and polished surface, like a mirror, maintaining a well-defined angle of reflection. In contrast, diffused reflection happens on rough or uneven surfaces, where light is scattered in various directions.
Diffused reflection doesn't imply a failure of the laws of reflection; rather, it adheres to the laws but on a microscopic scale. The surface irregularities cause incoming light to reflect at multiple angles, creating a scattered effect. Both regular and diffused reflection follow the principle of reflection but manifest differently based on surface characteristics.
Answer:
Regular reflection occurs when light rays fall on a smooth surface and reflect in the same direction. Diffused reflection occurs when light rays fall on a rough surface and reflect in different directions. Both types of reflection follow the laws of reflection, which state that the angle of incidence is equal to the angle of reflection, and that the incident ray, the reflected ray, and the normal lie on the same plane.
Diffused reflection does not mean the failure of the laws of reflection. It just means that the surface is not smooth enough to reflect all the light rays in the same direction. The laws of reflection still apply to each individual ray, but the normal varies from point to point on the surface, resulting in a scattered reflection