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A three process power cycle operating with 0.5 Kg/s of nitrogen as the working substance operates in the following process: Process 1-2: Constant temperature compression Ti - 27°C, Р, %3D 100КРа Process 2-3: Constant volume heat addition Process 3-1: Polytropic expansion (n=1.30) The maximum pressure of the cycle is 300KPa and the isothermal compression requires -74 KJ/Kg of work. Determine for the cycle: a. The work net in KW b. Show the cycle on T-S and P-V coordinate

A three process power cycle operating with 0.5 Kg/s of nitrogen as the working substance operates in the following process: Process 1-2: Constant temperature compression Ti - 27°C, Р, %3D 100КРа Process 2-3: Constant volume heat addition Process 3-1: Polytropic expansion (n=1.30) The maximum pressure of the cycle is 300KPa and the isothermal compression requires -74 KJ/Kg of work. Determine for the cycle: a. The work net in KW b. Show the cycle on T-S and P-V coordinate

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
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A three process power cycle operating with 0.5 Kg/s of nitrogen as the working substance operates in the following process: Process 1-2: Constant temperature compression T1 = 27°C, P, = 100KPA Process 2-3: Constant volume heat addition Process 3-1: Polytropic expansion (n=1.30) The maximum pressure of the cycle is 300KPa and the isothermal compression requires -74 KJ/Kg of work. Determine for the cycle: a. The work net in KW b. Show the cycle on T-S and P-V coordinate
Transcribed Image Text:A three process power cycle operating with 0.5 Kg/s of nitrogen as the working substance operates in the following process: Process 1-2: Constant temperature compression T1 = 27°C, P, = 100KPA Process 2-3: Constant volume heat addition Process 3-1: Polytropic expansion (n=1.30) The maximum pressure of the cycle is 300KPa and the isothermal compression requires -74 KJ/Kg of work. Determine for the cycle: a. The work net in KW b. Show the cycle on T-S and P-V coordinate
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