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Problem 3: RT Air is flowing over an aluminum pipe (20mm OD, 5mm ID) at 6–. The pipe has 10mm thick fiberglass insulation on it. The pipe is carrying a hot air supply Trair = 80°C for use in a chemical process at a rate of Qhair m³ 0.04. What is the heat rate from the hot air to the ambient air?

Problem 3: RT Air is flowing over an aluminum pipe (20mm OD, 5mm ID) at 6–. The pipe has 10mm thick fiberglass insulation on it. The pipe is carrying a hot air supply Trair = 80°C for use in a chemical process at a rate of Qhair m³ 0.04. What is the heat rate from the hot air to the ambient air?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Problem 3: RT Air is flowing over an aluminum pipe (20mm OD, 5mm ID) at 6-. The pipe has 10mm thick fiberglass insulation on it. The pipe is carrying a hot air supply Thair 80°C for use in a chemical m3 process at a rate of Qhair 0.04 What is the heat rate from the hot air to the ambient air?
Transcribed Image Text:Problem 3: RT Air is flowing over an aluminum pipe (20mm OD, 5mm ID) at 6-. The pipe has 10mm thick fiberglass insulation on it. The pipe is carrying a hot air supply Thair 80°C for use in a chemical m3 process at a rate of Qhair 0.04 What is the heat rate from the hot air to the ambient air?
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