Through a metal pipe (k=25 J/s m °C) with an internal diameter of 2.5 cm and a wall thickness equal to 2.5 mm, water flows with a speed of 0.25 kg/s entering at 25 °C. The pipe passes through a furnace where the air is at 125 °C and the path is 2.5 m. Outside, convection develops with (he =35 J/s.m^2.°C), while inside convection occurs with (hi= 958 W/m^2.°C). Determine the outlet temperature of the water.
Through a metal pipe (k=25 J/s m °C) with an internal diameter of 2.5 cm and a wall thickness equal to 2.5 mm, water flows with a speed of 0.25 kg/s entering at 25 °C. The pipe passes through a furnace where the air is at 125 °C and the path is 2.5 m. Outside, convection develops with (he =35 J/s.m^2.°C), while inside convection occurs with (hi= 958 W/m^2.°C). Determine the outlet temperature of the water.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Through a metal pipe (k=25 J/s m °C) with an internal diameter of 2.5 cm and a wall thickness equal to 2.5 mm, water flows with a speed of 0.25 kg/s entering at 25 °C. The pipe passes through a furnace where the air is at 125 °C and the path is 2.5 m. Outside, convection develops with (he =35 J/s.m^2.°C), while inside convection occurs with (hi= 958 W/m^2.°C). Determine the outlet temperature of the water.
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