Which of the following statements best explains why both the reflected and refracted light have the same frequency as the incident frequency when monochromatic light is incident on a surface separating two media?

Question

Which of the following statements best explains why both the reflected and refracted light have the same frequency as the incident frequency when monochromatic light is incident on a surface separating two media?, Reflection and refraction result from the interaction of incident light with atomic constituents of matter, causing forced oscillations in the atomic oscillators, which adopt the frequency of the incident light., The frequency of reflected light is determined by the medium it travels through, while the frequency of refracted light is determined by the angle of incidence., The frequency of light is conserved in all optical interactions, leading to equal frequencies in the incident, reflected, and refracted light., The frequency of light remains constant during reflection but changes during refraction due to the different refractive indices of the media.

MARKS App · Accepted Answer

Correct Option is : (A) Reflection and refraction result from the interaction of incident light with atomic constituents of matter, causing forced oscillations in the atomic oscillators, which adopt the frequency of the incident light.

Search any question & find its solution

Looking for more such questions to practice?