Unpolarized light of intensity I passes through an ideal polarizer A. Another identical polarizer B is placed behind A. The intensity of light beyond B is found to be `(I)/(2)` Now another identical polarizer C is placed between A and B. The intensity beyond B is now found to be `(I)/(8)` . The angle between polarizer A and C is :

Unpolarized light of intensity I passes through an ideal polarizer A. Another identical polarizer B is placed behind A. The intensity of light beyond B is found to be (1)/(2) . Now another identical polarizer C is placed between A and B. The intensity beyond B is now found to be (1)/(8) . The angle between polarizer A and C is ......

Unpolarised light of intensity I passes through an ideal polariser A. Another identical polariser B is placed behind A. The intensity of light beyond B is found to be (I)/(2) . Now another identical polariser C is placed between A and B. The intensity beyond B is now found to be (I)/(8) . the angle between polariser A and C is

Unpolarised light of intensity I passes through an ideal polariser A. Another identical polariser B is placed behind A. The intensity of light beyond B is found to be (I)/(2) . Now another identical polariser C is placed between A and B. The intensity beyond B is now found to be (I)/(8) . the angle between polariser A and C is

Unpolarized light of intensity I is incident on a system of two polarizers, A followed by B. The intensity of emergent light is I/2 . If a third polarizer C is placed between A and B, the intensity of emergent light is reduced to I/3 . The angle between the polarizers A and C is theta . Then :

Unpolarized light of intensity I is incident on a system of two polarizers, A followed by B. The intensity of emergent light is I/2 . If a third polarizer C is placed between A and B, the intensity of emergent light is reduced to I/3 . The angle between the polarizers A and C is theta . Then :

When unpolarized light is passed through a polarizer , its intensity

When its unpolarized light is passed through a polarizer, its intensity

Unpolarised light of intensity I is incident on a system of two polarisers, A followed by B. The intensity of emergent light is I//2 . If a third polariser C is placed between A and B the intensity between the polarisers A and C is theta , then

A polarized light of intensity I_(0) is passed through another polarizer whose pass axis makes an angle of 60^(@) with the pass axis of the former. What is the intensity of polarized light from second polarizer ?