Q3 : (Section A) Air in a cylinder (area 0.2 m2) compress by a piston from its totalheight of 2 m to stop height of 1 m. The initial state of the air is P1200 kPa andT1 = 500 •C. Find the properties of the air at: (1) after compression (state 2); (2)after cooling to temperature 20 °C (state 3). Make a table as below:After compressionAfter CoolingVariableInitial state(State 2)(State 3)Temperature773 •CPressure200 kPaVolume0.4 m3

Given: A = 0.2 m2 P1= 200 KPa T1 = 500 oC Variable Initial State After Compression After Cooling…

Q3 : (Section A) Air in a cylinder (area 0.2 m2) compress by a piston from its total height of 2 m to stop height of 1 m. The initial state of the air is P1 = 200 kPa and T1 = 500 • C. Find the properties of the air at: (1) after compression (state 2); (2) %3D after cooling to temperature 20 °C (state 3). Make a table as below: After compression After Cooling Variable Initial state (State 2) (State 3) Temperature 773 C Pressure 200 kPa Volume 0.4 m3

Q3 : (Section A) Air in a cylinder (area 0.2 m2) compress by a piston from its total height of 2 m to stop height of 1 m. The initial state of the air is P1 = 200 kPa and T1 = 500 • C. Find the properties of the air at: (1) after compression (state 2); (2) %3D after cooling to temperature 20 °C (state 3). Make a table as below: After compression After Cooling Variable Initial state (State 2) (State 3) Temperature 773 C Pressure 200 kPa Volume 0.4 m3

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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