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The nodal diagram shown is of a section of a flat plate with thermal conductivity of 56 W/m K. The left side and top side are exposed to the same convection environment at 30°C and 26 W/m² K. The divisions used have Ax = Ay = 10 cm. At steady state, the temperature at 2 is T₂ = 61.4°C, at 4 is T4 = 42.1°C, and at 5 is T5 = 78.2°C. What is the temperature at 1, T₁? Express your answer in °C. Too h 2 3 Too h 5 6 Ax = Ay 7 8 6

The nodal diagram shown is of a section of a flat plate with thermal conductivity of 56 W/m K. The left side and top side are exposed to the same convection environment at 30°C and 26 W/m² K. The divisions used have Ax = Ay = 10 cm. At steady state, the temperature at 2 is T₂ = 61.4°C, at 4 is T4 = 42.1°C, and at 5 is T5 = 78.2°C. What is the temperature at 1, T₁? Express your answer in °C. Too h 2 3 Too h 5 6 Ax = Ay 7 8 6

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
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Question 10 The nodal diagram shown is of a section of a flat plate with thermal conductivity of 56 W/m K. The left side and top side are exposed to the same convection environment at 30°C and 26 W/m² K. The divisions used have Ax = Ay = 10 cm. At steady state, the temperature at 2 is T₂ = 61.4°C, at 4 is T4 = 42.1°C, and at 5 is T5 = 78.2°C. What is the temperature at 1, T₁? Express your answer in °C. Too h 8 1 2 3 Too h 4 5 6 Ax = Ay 7 8
Transcribed Image Text:Question 10 The nodal diagram shown is of a section of a flat plate with thermal conductivity of 56 W/m K. The left side and top side are exposed to the same convection environment at 30°C and 26 W/m² K. The divisions used have Ax = Ay = 10 cm. At steady state, the temperature at 2 is T₂ = 61.4°C, at 4 is T4 = 42.1°C, and at 5 is T5 = 78.2°C. What is the temperature at 1, T₁? Express your answer in °C. Too h 8 1 2 3 Too h 4 5 6 Ax = Ay 7 8
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