Question

Light is coming from a fish that is underwater to your eye that is above water. Your eye is h = 1.20 meters above the water and x1 = 2.10 meters to the left of the point where the light emerges from the water. The fish is x2 = 0.650 meters to the right of the point where the light emerges from the water and a distance ""d"" under the water's surface. The index of refraction of waters is 1.33 a) What is the distance ""d""? b) What is the total time required for light to travel from the fish to your eye

          Light is coming from a fish that is underwater to your eye that is above water. Your eye is h = 1.20 meters above the water and x1 = 2.10 meters to the left of the point where the light emerges from the water. The fish is x2 = 0.650 meters to the right of the point where the light emerges from the water and a distance ""d"" under the water's surface. The index of refraction of waters is 1.33
a) What is the distance ""d""?
b) What is the total time required for light to travel from the fish to your eye

$Light is coming from a fish that is underwater to your eye that is above water. Your eye is h = 1.20 meters above the water and x1 = 2.10 meters to the left of the point where the light emerges from the water. The fish is x2 = 0.650 meters to the right of the point where the light emerges from the water and a distance ""d"" under the water's surface. The index of refraction of waters is 1.33 a) What is the distance ""d""? b) What is the total time required for light to travel from the fish to your eye$

Added by Anthony -.

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