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II Review • Part C In your summer job with a venture capital firm, you are given funding requests from four inventors of heat engines. The inventors claim the following data for their operating prototypes: Based on the Tc and TH values for protolype C. find its maximum possible efficiency. e'mar C = 56 % Prototype A BC D Previous Answers 17 |-33 37 Te (°C), low-temperature reservoir 47 Tu (°C), high-temperature reservoir 187 217 277 147 v Correct Claimed efficiency e (%) 20 38 60 22 • Part D Based on the Tc and TH values for prototype D. find its maxirmum possible efficiency: fuax D = 26 % Previous Answers

II Review • Part C In your summer job with a venture capital firm, you are given funding requests from four inventors of heat engines. The inventors claim the following data for their operating prototypes: Based on the Tc and TH values for protolype C. find its maximum possible efficiency. e'mar C = 56 % Prototype A BC D Previous Answers 17 |-33 37 Te (°C), low-temperature reservoir 47 Tu (°C), high-temperature reservoir 187 217 277 147 v Correct Claimed efficiency e (%) 20 38 60 22 • Part D Based on the Tc and TH values for prototype D. find its maxirmum possible efficiency: fuax D = 26 % Previous Answers

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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Based on the table and the correct answers provided in Parts A-D, Are any of the claimed efficiencies impossible?
I Review | Constants • Part C In your summer job with a venture capital firm, you are given funding requests from four inventors of heat engines. The inventors claim the following data for their operating prototypes: Based on the Tc and TH values for protolype C. find its maximum possible efficiency. e'mar C = 56 % Prototype A B c D Previous Answers Te (°C), low-termperature reservoir 47 17 -33 37 TH (°C), high-temperature reservoir 187 217 277 147 v Correct Claimed efficiency e (%) 20 38 60 22 • Part D Based on the Tc and TH values for prototype D. find its maxirmum possible efficiency: fuax D = 26 % Previous Answers
Transcribed Image Text:I Review | Constants • Part C In your summer job with a venture capital firm, you are given funding requests from four inventors of heat engines. The inventors claim the following data for their operating prototypes: Based on the Tc and TH values for protolype C. find its maximum possible efficiency. e'mar C = 56 % Prototype A B c D Previous Answers Te (°C), low-termperature reservoir 47 17 -33 37 TH (°C), high-temperature reservoir 187 217 277 147 v Correct Claimed efficiency e (%) 20 38 60 22 • Part D Based on the Tc and TH values for prototype D. find its maxirmum possible efficiency: fuax D = 26 % Previous Answers
II Review | Constants Part A In your summer job with a venture capital firm, you are given funding requests from four inventors of heat engines. The inventors claim the following data for their operating prototypes: Based on the Te and TH values for prototype A, find Its maximum possible efficiency. Cusa A = 30 % Prototype A B ID Submit Previous Answers Te ("C), low-temperature reservoir 47 17 -33 37 Correct Tu (°C), high-temperature reservoir 187 217 277 147 Claimed efficiency e (%) 20 38 22 Part B Based on the Te and TH values for prototype B, find its maximum possible efficiency Csa B = 41 % Submit Previous Answers Correct
Transcribed Image Text:II Review | Constants Part A In your summer job with a venture capital firm, you are given funding requests from four inventors of heat engines. The inventors claim the following data for their operating prototypes: Based on the Te and TH values for prototype A, find Its maximum possible efficiency. Cusa A = 30 % Prototype A B ID Submit Previous Answers Te ("C), low-temperature reservoir 47 17 -33 37 Correct Tu (°C), high-temperature reservoir 187 217 277 147 Claimed efficiency e (%) 20 38 22 Part B Based on the Te and TH values for prototype B, find its maximum possible efficiency Csa B = 41 % Submit Previous Answers Correct
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