A pond is frozen over with a layer of ice 1.6cm thick. The water under the ice is at 0 C. The temperature of the air above the ice is -15 C. This difference in temperature causes heat to flow through the ice from the water below to the air above. As heat is removed from the water, it freezes, adding to the thickness of the layer of ice. At what rate does the thickness of the ice layer increase?
A pond is frozen over with a layer of ice 1.6cm thick. The water under the ice is at 0 C. The temperature of the air above the ice is -15 C. This difference in temperature causes heat to flow through the ice from the water below to the air above. As heat is removed from the water, it freezes, adding to the thickness of the layer of ice. At what rate does the thickness of the ice layer increase?
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Transcribed Image Text:A pond is frozen over with a layer of ice 1.6cm thick.
The water under the ice is at 0 C. The temperature of
the air above the ice is -15 C. This difference in
temperature causes heat to flow through the ice from
the water below to the air above. As heat is removed
from the water, it freezes, adding to the thickness of the
layer of ice. At what rate does the thickness of the ice
layer increase?
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