A steel cylinder contains N2 at a pressure of 750 torr and
a temperature of 27°C. If the cylinder survives a fire in
the building where the temperature reaches 1000 K. What
would be the internal pressure in the cylinder (assuming
no gas escapes and the change in volume of the cylinder
caused by metal expansion is negligible)? Express the result
in torr and atmosphere in three significant figures.
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A steel cylinder contains N2 at a pressure of 750 torr and
a temperature of 27°C. If the cylinder survives a fire in
the building where the temperature reaches 1000 K. What
would be the internal pressure in the cylinder (assuming
no gas escapes and the change in volume of the cylinder
caused by metal expansion is negligible)? Express the result
in torr and atmosphere in three significant figures.
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