Please include Following things while making solution • Given (problem statement, values specified for given variables, and schematic of  component or system to be analyzed) • Find (what is to be solved) • Assumptions (such as no heat transfer or ideal gas) • Properties (compile property values needed for subsequent calculations and identify the  source) • Analysis (schematics, step-by-step calculations with unit conversions, and intermediate  and final answers with appropriate units) All work must be shown. Intermediate and final answers must be box

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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Please include Following things while making solution
• Given (problem statement, values specified for given variables, and schematic of 
component or system to be analyzed)
• Find (what is to be solved)
• Assumptions (such as no heat transfer or ideal gas)
• Properties (compile property values needed for subsequent calculations and identify the 
source)
• Analysis (schematics, step-by-step calculations with unit conversions, and intermediate 
and final answers with appropriate units)
All work must be shown. Intermediate and final answers must be boxed. 

 

solve in 60 mins please

 

2. Consider an opaque plate that is well insulated on the edges and heated at the bottom with an electric
heater. The plate has an emissivity of 0.67 and is situated in an ambient surrounding temperature of
7°C where the natural convection heat transfer coefficient is 7 W/m2K. To maintain a surface
temperature of 80°C, the electric heat supplies 1000 W/m? of uniform heat flux to the plate.
a. Write the energy balance for this problem.
b. Determine the radiosity of the plate under these conditions.
Transcribed Image Text:2. Consider an opaque plate that is well insulated on the edges and heated at the bottom with an electric heater. The plate has an emissivity of 0.67 and is situated in an ambient surrounding temperature of 7°C where the natural convection heat transfer coefficient is 7 W/m2K. To maintain a surface temperature of 80°C, the electric heat supplies 1000 W/m? of uniform heat flux to the plate. a. Write the energy balance for this problem. b. Determine the radiosity of the plate under these conditions.
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