which phenomenon illustrates the nature of light waves? a--interference. b-- diffraction. c--polarization. d--none of the above
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Answered by
16
Correct Answer is d: None of the above
Explanation:
Because Interference , diffraction and polarization will explain wave nature of light and according to Quantum theory Light behaves like wave as well as particle .
Photo electric effect explains quantum theory of light.
Explanation:
Because Interference , diffraction and polarization will explain wave nature of light and according to Quantum theory Light behaves like wave as well as particle .
Photo electric effect explains quantum theory of light.
Answered by
12
The correct answer could be the option C - Polarization.
Light is defined as a transverse electromagnetic wave. Due to this nature, light can travel through a vacuum. Earlier studies were conducted based on diffraction and interference phenomenon which showed light to be a sort of disturbance.
However, the true transversal nature of light waves was proved only by the Polarization phenomenon. This phenomenon helps to specify the geometrical orientation of the oscillations.
Light is defined as a transverse electromagnetic wave. Due to this nature, light can travel through a vacuum. Earlier studies were conducted based on diffraction and interference phenomenon which showed light to be a sort of disturbance.
However, the true transversal nature of light waves was proved only by the Polarization phenomenon. This phenomenon helps to specify the geometrical orientation of the oscillations.
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