A single passenger research submarine is shaped like a hollow sphere, made of a first (innermost) layer of iron with an internal radius of 1.50 m and 2.00 cm thick and lined with a rubber layer of the same thickness. If the submarine is navigating Arctic waters where the temperature is 0°C and the rate of heat released per unit time inside the small ship is 1500 W, The thermal conductivity of iron is 79.5 w/ (m °C) and that of rubber is 0.20 w/(m °C). a) Calculate the equilibrium temperature inside the submarine.
A single passenger research submarine is shaped like a hollow sphere, made of a first (innermost) layer of iron with an internal radius of 1.50 m and 2.00 cm thick and lined with a rubber layer of the same thickness. If the submarine is navigating Arctic waters where the temperature is 0°C and the rate of heat released per unit time inside the small ship is 1500 W, The thermal conductivity of iron is 79.5 w/ (m °C) and that of rubber is 0.20 w/(m °C). a) Calculate the equilibrium temperature inside the submarine.
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Transcribed Image Text:A single passenger research submarine is shaped like a hollow sphere, made of a first
(innermost) layer of iron with an internal radius of 1.50 m and 2.00 cm thick and lined with a
rubber layer of the same thickness. If the submarine is navigating Arctic waters where the
temperature is 0° C and the rate of heat released per unit time inside the small ship is 1500 W,
The thermal conductivity of iron is 79.5 w/ (m °C) and that of rubber is 0.20 W/ (m °C).
a) Calculate the equilibrium temperature inside the submarine.
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