Piston cylinder with the following information; • Nitrogen gas (Ideal Gas), The total volume of the piston cylinder is two cubic meter, • Total mass of the Nitrogen is Five Kilogram, The Nitrogen is pressurized at 300 Kilopascal, Then, the entire system experiences a cycle of 3 processes which are; [1-2: (Isothermal- Compression), until the piston reaches the stops where V was ½ the original volume]. [2-3: An amount of Q was added until the pressure become double]. [3-1: it is adiabatic and expansion where resulting in creating Five Hundred kilojoule of Work]. Find the following; T1 P2 (After Compression) T3 (After heat addition) Draw the P - V diagram

Piston cylinder with the following information; • Nitrogen gas (Ideal Gas), The total volume of the piston cylinder is two cubic meter, • Total mass of the Nitrogen is Five Kilogram, The Nitrogen is pressurized at 300 Kilopascal, Then, the entire system experiences a cycle of 3 processes which are; [1-2: (Isothermal- Compression), until the piston reaches the stops where V was ½ the original volume]. [2-3: An amount of Q was added until the pressure become double]. [3-1: it is adiabatic and expansion where resulting in creating Five Hundred kilojoule of Work]. Find the following; T1 P2 (After Compression) T3 (After heat addition) Draw the P - V diagram

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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