Choose the $CORRECT$ option for electric field components of unpolarized light passing through a polarizing sheet.

  • A
    An electric field component parallel to the polarizing direction is absorbed, and the component perpendicular to the polarizing direction is transmitted.
  • B
    An electric field component parallel to the polarizing direction is transmitted, and the component perpendicular to the polarizing direction is absorbed.
  • C
    An electric field component parallel to the polarizing direction is rotated through some angle, and the perpendicular component is transmitted.
  • D
    An electric field component parallel to the polarizing direction is transmitted, and the perpendicular component is rotated through some angle.

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Similar Questions

Four polaroids are placed such that the optic axis of each is inclined at an angle of $30^{\circ}$ with the optic axis of the preceding one. If unpolarised light of intensity $I_0$ falls on the first polaroid,the intensity of light transmitted from the fourth polaroid is $[\cos 30^{\circ} = \sqrt{3} / 2]$.

Explain Malus's law and state its mathematical expression.

An optically active compound:

Statement-$I$: On viewing the clear blue portion of the sky through a calcite crystal,the intensity of transmitted light varies as the crystal is rotated.
Statement-$II$: The light coming from the sky is polarized due to the scattering of sunlight by particles in the atmosphere. The scattering is largest for blue light.

Unpolarized light of intensity $32 \ W m^{-2}$ passes through three polarizers such that the transmission axes of the first and second polarizers make an angle of $30^\circ$ with each other,and the transmission axis of the last polarizer is crossed with that of the first. The intensity of the final emerging light will be.......$W m^{-2}$

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