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Once upon a time there was an engine working in a Stirling engine. The allowable limit for operation is between 800.6 F and 80.6 F with compression ratio of 3:1. The amount of heat added during heat addition process total 30 x 103 J/s heat. The regenerator efficiency is 90% and the pressure at beginning of compression is 1 x 105 Pa. The number of cycles per minute is 100. Considering specific heat at constant volume as 0.72 kJ/kg·K, Take R = 29.27 kJ/kg · K. Determine the mass air input in g/s.

Once upon a time there was an engine working in a Stirling engine. The allowable limit for operation is between 800.6 F and 80.6 F with compression ratio of 3:1. The amount of heat added during heat addition process total 30 x 103 J/s heat. The regenerator efficiency is 90% and the pressure at beginning of compression is 1 x 105 Pa. The number of cycles per minute is 100. Considering specific heat at constant volume as 0.72 kJ/kg·K, Take R = 29.27 kJ/kg · K. Determine the mass air input in g/s.

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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Once upon a time there was an engine working in a Stirling engine. The allowable limit for operation is between 800.6 F and 80.6 F with compression ratio of 3:1. The amount of heat added during heat addition process total 30 x 103 J/s heat. The regenerator efficiency is 90% and the pressure at beginning of compression is 1 x 105 Pa. The number of cycles per minute is 100. Considering specific heat at constant volume as 0.72 kJ/kg·K, Take R = 29.27 kJ/kg · K. Determine the mass air input in g/s.

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