P (kPa)V (m³)A thermodynamic cycle consisting of three processes is shown above:Process 1 to 2: Adiabatic expansion with pV" = constant (n = 1.4).Process 2 to 3: Constant volume, V = 1 m³, U3- U2 = 52.2 kJProcess 3 to 1: Constant pressure, p = 5 bar, W31 = -100 kJ%3DPart a.) Label the P-V diagram with all pressures and volumes.Part b.) Make a table of known values.Q (in) kJw (out) kJAU kJProcess1-22-33-1Cycle (Total)Part c.) Is this a refrigeration or power cycle?

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P (kPa) 3. V (m³) A thermodynamic cycle consisting of three processes is shown above: Process 1 to 2: Adiabatic expansion with pV" = constant (n = 1.4). Process 2 to 3: Constant volume, V = 1 m³, U3- U2 = 52.2 kJ Process 3 to 1: Constant pressure, p = 5 bar, W31 = -100 kJ Part a.) Label the P-V diagram with all pressures and volumes. Part b.) Make a table of known values. Q (in) kJ W (out) kJ AU kJ Process 1-2 2-3 3-1 Cycle (Total) Part c.) Is this a refrigeration or power cycle?

P (kPa) 3. V (m³) A thermodynamic cycle consisting of three processes is shown above: Process 1 to 2: Adiabatic expansion with pV" = constant (n = 1.4). Process 2 to 3: Constant volume, V = 1 m³, U3- U2 = 52.2 kJ Process 3 to 1: Constant pressure, p = 5 bar, W31 = -100 kJ Part a.) Label the P-V diagram with all pressures and volumes. Part b.) Make a table of known values. Q (in) kJ W (out) kJ AU kJ Process 1-2 2-3 3-1 Cycle (Total) Part c.) Is this a refrigeration or power cycle?

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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