By burning a fuel, the rate of heat release is 500 kW at 2000 K. What would 07 be the first law and second law efficiencies if 1) energy is absorbed in a metallurgical furnace at the rate of 480 kW at 1000 K 2) energy is absorbed at the rate of 450 kW for generation of steam at 500 K and 3) energy is absorbed in a chemical process at the rate of 300 kW at 320 K. Take ambient temperature 300 K. What is the inference that you can draw from this example?
By burning a fuel, the rate of heat release is 500 kW at 2000 K. What would 07 be the first law and second law efficiencies if 1) energy is absorbed in a metallurgical furnace at the rate of 480 kW at 1000 K 2) energy is absorbed at the rate of 450 kW for generation of steam at 500 K and 3) energy is absorbed in a chemical process at the rate of 300 kW at 320 K. Take ambient temperature 300 K. What is the inference that you can draw from this example?
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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By burning a fuel, the rate of heat release is 500 kW at 2000 K. What would 07 be the first law and second law efficiencies if 1) energy is absorbed in a metallurgical furnace at the rate of 480 kW at 1000 K 2) energy is absorbed
at the rate of 450 kW for generation of steam at 500 K and 3) energy is absorbed in a chemical process at the rate of 300 kW at 320 K. Take ambient temperature 300 K. What is the inference that you can draw from this example?
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