1.

A beam of plane polarized light falls normally on a polarizer (cross-sectional area 3×10−4 m2) which rotates about the axis of the ray with an angular velocity of 31.4 rad/s. Find the energy of light E passing through the polarizer per revolution and the intensity Iavg of the emergent beam if the flux of energy of the incident ray is 10−3 W.

Answer»

A beam of plane polarized light falls normally on a polarizer (cross-sectional area 3×104 m2) which rotates about the axis of the ray with an angular velocity of 31.4 rad/s. Find the energy of light E passing through the polarizer per revolution and the intensity Iavg of the emergent beam if the flux of energy of the incident ray is 103 W.



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