Linearly Polarized Light Wave

The angle at which the intensity of transmitted light becomes maximum when a polarising sheet is rotated between two crossed polaroids is
[$\theta$ is the angle between transmission axes of first and middle polaroid]

A light whose electric field vectors are completely removed by using a good polaroid, allowed to incident on the surface of the prism at Brewster's angle. Choose the most suitable option for the phenomenon related to the prism.

When a plane polarised light is passed through an analyser and analyser is rotated through ${90}^o$, the intensity of the emerging light

Plane _____ light is made up of waves with the same direction of vibration for all of them. Light can be polarised through reflection or passing through filters, such as crystals, that transmit vibration in one plane but not in others.

Plane polarised light consists of waves in which the direction of vibration is the same for all waves.?

Nicol prism produces two emergent refracted rays, the Nicol Prism performs polarisation by the process of _____ .

Partially polarised light can be obtained by nicol prism.?

How can light be Polarised with a Polaroid?

Three circularly shaped linear polarisers are placed coaxially. The transmission axis of the first polariser is at $30°$, the second one is at $60°$ and the third at $90°$ to the vertical all in the clockwise sense. Each polariser additionally absorbs $10\%$ of the light. If a vertically polarised beam of light of intensity $I=100 \mathrm{W} {\mathrm{m}}^{-2}$ is incident on this assembly of polarisers, then the final intensity of the transmitted light will be close to:

 What principle is responsible for the fact that certain sunglasses can reduce glare from reflected surfaces?

What is Brewster angle?

At polarising angle, the angle between the reflected ray and refracted ray from a surface is $90°$.

At polarising angle, the angle between the reflected ray and refracted ray from a surface _____ degree.

Suppose transmitted light waves coming from the analyser. SO, when will the coming waves changes?

In what direction we can move the analyser in an experiment?

In the experiment of the polarisation, where do we have to put analyser?

If my polariser's polarising angle is $45°$ then for what incident angle will I get reflected light partially polarised?

Two polaroids are oriented with their principal planes making an angle of $60°$. The percentage $\left(\%\right)$ of incident unpolarized light which does not pass through the system is

An unpolarized light beam is incident on the polarizer of a polarization experiment and the intensity of light beam emerging from the analyzer is measured as 100 Lumens. Now, if the analyzer is rotated around the horizontal axis (direction of light) by $30°$ in clockwise direction, the intensity of emerging light will be Lumens.

Two polaroids are kept crossed to each other. If one of them is rotated an angle $60°$, the percentage of incident light now transmitted through the system is