[" Unpolarited light of menere "h" is tond to be "(1)/(2)" .Now another identical "p" ."],[" The intensity of loth beyond "h" is tond to the angle between polarter "A" an "],[" intensity beyond "B" is now bund to be "(1)/(8)" .The angle between polarter "A" an "],[[" (A) "30," (1) "45," (C) "60]]

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 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 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 :

Arrange the intensities of the transmitted light in their increasing order of magnitudes when they are passed through a system of two polarisers (A) When incident light is unpolarised and of intensity I and the angle between the polarisers is 30^(@) (B) When incident light is polarised of intensity 2I and the angle between the polarisers is 45^(@) (C ) When polarised light of intensity 4I is incident and the angle between the polarisers is 90^(@) (D) When incident light is unpolarised and of intensity 3I and the angle between the polarisers is 30^(@)