The orientation between a polariser and an analyser is such that the intensity of transmitted light is maximum. On rotating the analyser through `60^@`, what fraction of maximum light will be transmitted?

Two ploarising sheets are kept with their polarising direction parallel such that the intensity of transmitted light is maximum. Calculate the angle through which one of the sheets must be turned if the intensity of transmitted light is to drop by 1/4 ?

When the polariser and analyser are in the crossed position the intensity of the out coming light is

What is the angle between the plane of polariser and that of analyser to reduce the transmitted light intensity to half ?

The angle between pass axis of polarizer and analyser is 45^(@) . The percentage of polarized light passing through analyser is

Draw a graph that shows the dependence of intensity of transmitted light on the angie between Polariser and analyser.

A polariser and an analyser are oriented so that maximum light is transmitted what will be the intensity of outcoming light when analyer is rotated through 60^(@) .

Disuss the intensity of transmitted light when a polaroid sheet is rotated between two crossed polaroids ?

When a polaroid sheet is rotated between two crossed polaroids, the intensity of the transmitted will be maximum, when angle theta between pass axes is