Solve it ASAP Step 4X Your answer is incorrect.What is the free convection heat transfer coefficient on the top of the duct, in W/m2-K?i5.931W/m2.KSave for LaterAttempts: unlimitedSubmit AnswerStep 5X Your answer is incorrect.What is the free convection heat transfer coefficient on the bottom of the duct, in W/m2-K?hy =i2.868W/m2-KSave for LaterAttempts: unlimitedSubmit Answer Airflow through a long, 0.15-m-square air conditioning duct maintains the outer duct surface temperature at 10°C. If the horizontalduct is uninsulated and exposed to air at 35°C in the crawlspace beneath a home, what is the heat gain per unit length of the duct?Evaluate the properties of air at Tf = 300 K. For the sides of the duct, use the more accurate Churchill and Chu correlations forlaminar flow on vertical plates.

Answered: Image /qna-images/answer/0abf586c-6477-4893-a8c3-47eb68001d6f.jpg

Step 4 X Your answer is incorrect. What is the free convection heat transfer coefficient on the top of the duct, in W/m²-K? Th, = i 5.931 W/m?-K Save for Later Attempts: unlimited Submit Answer Step 5 X Your answer is incorrect. What is the free convection heat transfer coefficient on the bottom of the duct, in W/m2-K? Thy = i 2.868 W/m2-K

Step 4 X Your answer is incorrect. What is the free convection heat transfer coefficient on the top of the duct, in W/m²-K? Th, = i 5.931 W/m?-K Save for Later Attempts: unlimited Submit Answer Step 5 X Your answer is incorrect. What is the free convection heat transfer coefficient on the bottom of the duct, in W/m2-K? Thy = i 2.868 W/m2-K

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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Question

Solve it ASAP

Step 4
X Your answer is incorrect.
What is the free convection heat transfer coefficient on the top of the duct, in W/m2-K?
i
5.931
W/m2.K
Save for Later
Attempts: unlimited
Submit Answer
Step 5
X Your answer is incorrect.
What is the free convection heat transfer coefficient on the bottom of the duct, in W/m2-K?
hy =
i
2.868
W/m2-K
Save for Later
Attempts: unlimited
Submit Answer

Airflow through a long, 0.15-m-square air conditioning duct maintains the outer duct surface temperature at 10°C. If the horizontal
duct is uninsulated and exposed to air at 35°C in the crawlspace beneath a home, what is the heat gain per unit length of the duct?
Evaluate the properties of air at Tf = 300 K. For the sides of the duct, use the more accurate Churchill and Chu correlations for
laminar flow on vertical plates.

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