Suppose you are out by the lake on a sunny day, wearing sunglasses. Each lens of...

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Suppose you are out by the lake on a sunny day, wearing sunglasses. Each lens of the sunglasses is a polarizer with a vertical transmission axis. The intensity of the (unpolarized) ambient light reaching your sunglasses is 0.7 W/m as long as you don't look directly into the Sun. Unfortunately, there is also a glare off of the water. This reflected light hits your eye with an intensity of 3 W/m. With your sunglasses on, what is the intensity of the ambient light that reaches your eyes? Submit Answer Tries 0/4 With your sunglasses on, what is the intensity of the glare that reaches your eyes? Assume that you hold your head perfectly straight up. Submit Answer Tries 0/4 If you tilt your head sideways by 5, what is the intensity of the ambient light that reaches your eyes? Submit Answer Tries 0/4 With your head tilted as described above, what is the intensity of the glare that reaches your eyes? Submit Answer Tries 0/4 Suppose you are out by the lake on a sunny day, wearing sunglasses. Each lens of the sunglasses is a polarizer with a vertical transmission axis. The intensity of the (unpolarized) ambient light reaching your sunglasses is 0.7 W/m as long as you don't look directly into the Sun. Unfortunately, there is also a glare off of the water. This reflected light hits your eye with an intensity of 3 W/m. With your sunglasses on, what is the intensity of the ambient light that reaches your eyes? Submit Answer Tries 0/4 With your sunglasses on, what is the intensity of the glare that reaches your eyes? Assume that you hold your head perfectly straight up. Submit Answer Tries 0/4 If you tilt your head sideways by 5, what is the intensity of the ambient light that reaches your eyes? Submit Answer Tries 0/4 With your head tilted as described above, what is the intensity of the glare that reaches your eyes? Submit Answer Tries 0/4