Consider the following statements: (1) Both w | vedclass

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(D) According to the principle of wave-particle duality,light exhibits both wave and particle properties. Statement $(1)$ is true because phenomena li

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Both $1$ and $2$ are true.

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(D) According to the principle of wave-particle duality,light exhibits both wave and particle properties. Statement $(1)$ is true because phenomena like interference and diffraction are explained by the wave nature,while phenomena like the photoelectric effect and Compton scattering are explained by the particle nature. Statement $(2)$ is also true because,in any single experimental setup,light behaves either as a wave or as a particle depending on the nature of the measurement being performed. It is impossible to observe both natures simultaneously in one experiment.

Consider the following statements: $(1)$ Both wave and particle nature are required for a complete understanding of light. $(2)$ Light cannot exhibit both wave and particle nature simultaneously in a single experiment.

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