At a certain moment of the day, polarized light hits the ocean with an index of refraction
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Question:
At a certain moment of the day, polarized light hits the ocean with an index of refraction of 1.34. Just before coming into contact with water, the intensity is 1000 W/m2. Incident light admits =20 and =30.
Calculate =
=
=
What is the luminous intensity when reflected? = (W/m2)
What is the light intensity at transmission? = (W/m2)
If the area of the lit section is 100 m2 then calculate
= , =
How much of the power will be transmitted through the water? =
How much of the power is returned to the atmosphere? =
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