Refraction and reflection phenomena can be explained if light is considered to travel as_:

Correct answer: A. Wave

  • A. Wave
  • B. Particle
  • C. Both wave and particle
  • D. None of these

Explanation

When discussing the behavior of light in terms of refraction and reflection, it is best understood as a wave. This is because the wave nature of light helps explain how it changes direction when entering different mediums or bouncing off surfaces. While light can also exhibit particle-like behavior in other situations, for the purpose of explaining refraction and reflection, the wave model is most appropriate. Therefore, the correct answer is Option A:Wave. Options B, C, and D are incorrect because they do not accurately reflect how light behaves specifically in the context of refraction and reflection.

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About Optics

Light is studied through reflection, refraction, dispersion, interference, diffraction and polarization, linking ray behavior with its wave nature. Questions may involve mirrors, lenses, optical instruments, refractive index and image formation, while geometrical optics deals with rays and wave optics explains effects such as interference and diffraction.

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