Consider a diver (without a mask) positioned at the center of an aquarium of spherical shape...

 

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Consider a diver (without a mask) positioned at the center of an aquarium of spherical shape 4 m in diameter. Refractive index of water is n=4/3. If the diver is looking at a spectator staying 0.5 m away from the aquarium, what would be the apparent size of the spectator? Where is the image of the spectator located? Sketch a ray diagram showing how the image is formed (consider 2 slightly diverging beams emanating from the head of the spectator). Consider a diver (without a mask) positioned at the center of an aquarium of spherical shape 4 m in diameter. Refractive index of water is n=4/3. If the diver is looking at a spectator staying 0.5 m away from the aquarium, what would be the apparent size of the spectator? Where is the image of the spectator located? Sketch a ray diagram showing how the image is formed (consider 2 slightly diverging beams emanating from the head of the spectator).

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It seems that youre asking for help in solving a physics problem that involves optics specifically the refraction of light as it passes from water to air The problem presents a scenario where a diver ... View the full answer