The local heat transfer coefficient of a flat plate that is otbtained experimentally is equal to 9x^2+2ax B. If the length of the plate is equal to 4 m. Determine the value of the average heat flux between the plate at 20 C and the air that is at 10 C. a 4w/m^3.k and B is equal to 10W/m^2.k Oa B11 W/m^2 Ob 580 W/m^2 Oc 740 W/m^2 Od 643 W/n^2
The local heat transfer coefficient of a flat plate that is otbtained experimentally is equal to 9x^2+2ax B. If the length of the plate is equal to 4 m. Determine the value of the average heat flux between the plate at 20 C and the air that is at 10 C. a 4w/m^3.k and B is equal to 10W/m^2.k Oa B11 W/m^2 Ob 580 W/m^2 Oc 740 W/m^2 Od 643 W/n^2
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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![The local heat transfer coefficient of a flat plate that is obtained experimentally is equal to 9x^2+2ax+B. 1f the length of the plate is equal to 4 m. Determine the
value of the average heat flux between the plate at 20 C and the air that is at 10 C. a 4w/m^3.k and B is equal to 10W/m^2.k
Oa 811 W/m^2
Ob 580 W/m^2
O. 740 W/m^2
Od 643 W/n^2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F75e93314-1f5f-4519-beca-bf94d96e2d75%2F5b660ede-4982-4df0-af93-1f92902e4907%2F1irta3k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The local heat transfer coefficient of a flat plate that is obtained experimentally is equal to 9x^2+2ax+B. 1f the length of the plate is equal to 4 m. Determine the
value of the average heat flux between the plate at 20 C and the air that is at 10 C. a 4w/m^3.k and B is equal to 10W/m^2.k
Oa 811 W/m^2
Ob 580 W/m^2
O. 740 W/m^2
Od 643 W/n^2
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