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The pressure and volume at state C are 140 kPa and 0.028 m³, respectively. The net work during the C-to-A process is 10.5 kJ. The volume at state A is 0.103 m³ B

The pressure and volume at state C are 140 kPa and 0.028 m³, respectively. The net work during the C-to-A process is 10.5 kJ. The volume at state A is 0.103 m³ B

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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Please explain the formula for the derivation of isothermal because I can't derive the formula, or provide similar references 

The pressure and volume at state C are 140 kPa and 0.028 m³, respectively. The net work during the C-to-A process is 10.5 kJ. The volume at state A is 0.103 m³ B What is most nearly the work performed in the A-to-B process? (A) 0 kJ (B) 5.3 kJ (C) 13 kJ (D) 19 kJ
Transcribed Image Text:The pressure and volume at state C are 140 kPa and 0.028 m³, respectively. The net work during the C-to-A process is 10.5 kJ. The volume at state A is 0.103 m³ B What is most nearly the work performed in the A-to-B process? (A) 0 kJ (B) 5.3 kJ (C) 13 kJ (D) 19 kJ
In the above method using the isothermal Process formula, How do you yet The short formula In the Formula below, please explain The formula That uses isothermal to become A formula like this because I don't understand the process of deriving formula W = PA. VB. In (VB)
Transcribed Image Text:In the above method using the isothermal Process formula, How do you yet The short formula In the Formula below, please explain The formula That uses isothermal to become A formula like this because I don't understand the process of deriving formula W = PA. VB. In (VB)
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