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Requirements: 1. Fill the tables. 2. Calculate the thermal conductivity and the thermal resistance. Comment on results. 3. Plot the measured values for temperature difference over the electrical power.

Requirements: 1. Fill the tables. 2. Calculate the thermal conductivity and the thermal resistance. Comment on results. 3. Plot the measured values for temperature difference over the electrical power.

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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Requirements:

1. Fill the tables.

2. Calculate the thermal conductivity and the thermal resistance. Comment on results.

3. Plot the measured values for temperature difference over the electrical power.

 

 

please don't reject the question. Thank you

Heat Conduction in Fluids Data and results: Part (1): Calculating thermal conductivity and thermal resistance for gas (air) Power Temperature Temperature T, -T, Thermal Temperature Thermal (P.) (T ) (T, ) °C conductivity (T_) resistance °C °C °C R w/m.k k/w 10 34 14.3 22 54.7 14.5 29 68.3 14.8 32 75 16.4 Part (2): Calculate the thermal conductivity and the thermal resistance for water. Power Temperature Temperature T, -T, Thermal Temperature Thermal (P.) (T, ) (T, ) °C conductivity (T„.) resistance °C °C °C R w/ m.k k/ w 50 20.3 15.4 100 26.7 16.7 150 33.1 17.5 200 38.4 18.2 Dimensions of heat transferring annular gap L=0.0004m A=0.007439m2
Transcribed Image Text:Heat Conduction in Fluids Data and results: Part (1): Calculating thermal conductivity and thermal resistance for gas (air) Power Temperature Temperature T, -T, Thermal Temperature Thermal (P.) (T ) (T, ) °C conductivity (T_) resistance °C °C °C R w/m.k k/w 10 34 14.3 22 54.7 14.5 29 68.3 14.8 32 75 16.4 Part (2): Calculate the thermal conductivity and the thermal resistance for water. Power Temperature Temperature T, -T, Thermal Temperature Thermal (P.) (T, ) (T, ) °C conductivity (T„.) resistance °C °C °C R w/ m.k k/ w 50 20.3 15.4 100 26.7 16.7 150 33.1 17.5 200 38.4 18.2 Dimensions of heat transferring annular gap L=0.0004m A=0.007439m2
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