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1. (pp11-1p150gutay) -The steam supplied to an engine is at 198 N/m² superheated to an engine 300 C. The exhaust pressure is 1.37 N/m². a) Find the theoretical amount of work per kg of steam if the engine works on the Rankine Cycle. b) What would be the steam consumption per HP of an engine working between the above conditions of steam supply and exhaust, and having a relative efficiency of 70% based on the Rankine cycle.

1. (pp11-1p150gutay) -The steam supplied to an engine is at 198 N/m² superheated to an engine 300 C. The exhaust pressure is 1.37 N/m². a) Find the theoretical amount of work per kg of steam if the engine works on the Rankine Cycle. b) What would be the steam consumption per HP of an engine working between the above conditions of steam supply and exhaust, and having a relative efficiency of 70% based on the Rankine cycle.

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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1. (pp11-1p150gutay) -The steam supplied to an engine is at 198 N/m² superheated to an engine 300 C. The exhaust pressure is 1.37 N/m². a) Find the theoretical amount of work per kg of steam if the engine works on the Rankine Cycle. b) What would be the steam consumption per HP of an engine working between the above conditions of steam supply and exhaust, and having a relative efficiency of 70 % based on the Rankine cycle.
Transcribed Image Text:1. (pp11-1p150gutay) -The steam supplied to an engine is at 198 N/m² superheated to an engine 300 C. The exhaust pressure is 1.37 N/m². a) Find the theoretical amount of work per kg of steam if the engine works on the Rankine Cycle. b) What would be the steam consumption per HP of an engine working between the above conditions of steam supply and exhaust, and having a relative efficiency of 70 % based on the Rankine cycle.
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