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c) A composite wall is composed of 5 sections as represented in the below diagram. The temperature at the left side is 25°C and at the right side is 90°C and h = 15 W/m2 K on both sides. The coefficient of heat transfer are k₁=k3 = 80 W/mK, k₂ = 120 W/mK, k4 100 W/mK, and ks = 150 W/mK. Determine: i. ii. The total thermal resistance, Heat transfer rate through the composite. N 5 3 cm cm, 3 cm p/9/9 24 cm 8 cm 6 cm 2 cm

c) A composite wall is composed of 5 sections as represented in the below diagram. The temperature at the left side is 25°C and at the right side is 90°C and h = 15 W/m2 K on both sides. The coefficient of heat transfer are k₁=k3 = 80 W/mK, k₂ = 120 W/mK, k4 100 W/mK, and ks = 150 W/mK. Determine: i. ii. The total thermal resistance, Heat transfer rate through the composite. N 5 3 cm cm, 3 cm p/9/9 24 cm 8 cm 6 cm 2 cm

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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hey, please answer with proper instructions and explain it as simplistically as possible 

and please refer to the diagram because i asked someone else to answer this before and they completly ignored the diagram 

please explain each equation used as well

please and thank you 

c) A composite wall is composed of 5 sections as represented in the below diagram. The temperature at the left side is 25°C and at the right side is 90°C and h = 15 W/m2 K on both sides. The coefficient of heat transfer are k₁ = k3 = 80 W/mK, k₂ = 120 W/mK, k4 = 100 W/mK, and ks = 150 W/mK. Determine: i. The total thermal resistance, ii. Heat transfer rate through the composite. 2 5 3 cm,2 cm, 3 cm pqp99 3 4 24 cm 8 cm 6 cm 2 cm
Transcribed Image Text:c) A composite wall is composed of 5 sections as represented in the below diagram. The temperature at the left side is 25°C and at the right side is 90°C and h = 15 W/m2 K on both sides. The coefficient of heat transfer are k₁ = k3 = 80 W/mK, k₂ = 120 W/mK, k4 = 100 W/mK, and ks = 150 W/mK. Determine: i. The total thermal resistance, ii. Heat transfer rate through the composite. 2 5 3 cm,2 cm, 3 cm pqp99 3 4 24 cm 8 cm 6 cm 2 cm
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