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You're a glaciologist researching the impact of climate change. On the surface of a glacier you're studying the wind has eroded a groove that forms a half cylinder 86.2 cm in diameter. Looking into this groove you see an air bubble that appears to be at a depth of 81.0 cm cm inside the ice.

You're a glaciologist researching the impact of climate change. On the surface of a glacier you're studying the wind has eroded a groove that forms a half cylinder 86.2 cm in diameter. Looking into this groove you see an air bubble that appears to be at a depth of 81.0 cm cm inside the ice.

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How far inside the ice is the bubble actually located? Refractive index of ice is 1.309.
You're a glaciologist researching the impact of climate change. On the surface of a glacier you're studying the wind has eroded a groove that forms a half cylinder 86.2 cm in diameter. Looking into this groove you see an air bubble that appears to be at a depth of 81.0 cm cm inside the ice
Transcribed Image Text:You're a glaciologist researching the impact of climate change. On the surface of a glacier you're studying the wind has eroded a groove that forms a half cylinder 86.2 cm in diameter. Looking into this groove you see an air bubble that appears to be at a depth of 81.0 cm cm inside the ice
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