Light is incident on a polarizer with intensity `I_0`. A second prism called analyzer is kept at a angle of `15^@`, from the first polarizer then the intensity of final emergent light will be

Unpolarised light of intensity I is inciedent on a polarizer and the emerging light strikes a second polarizing filter with its axist at 45^(@) to that of the first. Determine a) the intensity of the emerging beam and b) its state of polarization

Unpolarized light of intensity I_(0) is incident on a polarizer and the emerging light strikes a second polarizing filter with its axis at 45^(@) to that of the first. The intensity of the emerging beam

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 :

The axes of a polarizer and an analyzer are oriented at 30^(@) to each other. (a) If unpolarized light of intensity I_(0) is incident on them, what is the intensity of the transmitted light? (b) Polarized light of intensity I_(0) is incident on this polarizer-analyzer system. If the amplitude of the light makes an angle of 30^(@) with the axis of the polarizer, what is the intensity of the transmitted light?