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Example 2: A system consists of N, in a piston-cylinder assembly, initially at P, = 20 psi, and occupying a volume of 2.5 ftº. The N, is compressed to P, = 100 psi and a final volume of 1.5 ftº. During the process, the relationship between P and V is linear. Determine the P in psi at an intermediate state where the volume is 2.1 ft³ and sketch the process on a graph of P vs V. P;= 20 psi V, =2.5 ft³ P,= 100 psi V, =1.5 ft³

Example 2: A system consists of N, in a piston-cylinder assembly, initially at P, = 20 psi, and occupying a volume of 2.5 ftº. The N, is compressed to P, = 100 psi and a final volume of 1.5 ftº. During the process, the relationship between P and V is linear. Determine the P in psi at an intermediate state where the volume is 2.1 ft³ and sketch the process on a graph of P vs V. P;= 20 psi V, =2.5 ft³ P,= 100 psi V, =1.5 ft³

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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Example 2: A system consists of N, in a piston-cylinder assembly, initially at P, = 20 psi, and occupying a volume of 2.5 ft³. The N, compressed to P, = 100 psi and a final volume of 1.5 ft°. During the process, the relationship between P and V is linear. Determine the P in psi at an intermediate state where the volume is 2.1 ft³ and sketch the process on a graph of P vs V. is P,= 20 psi V, =2.5 ft³ P,= 100 psi V, =1.5 ft³
Transcribed Image Text:Example 2: A system consists of N, in a piston-cylinder assembly, initially at P, = 20 psi, and occupying a volume of 2.5 ft³. The N, compressed to P, = 100 psi and a final volume of 1.5 ft°. During the process, the relationship between P and V is linear. Determine the P in psi at an intermediate state where the volume is 2.1 ft³ and sketch the process on a graph of P vs V. is P,= 20 psi V, =2.5 ft³ P,= 100 psi V, =1.5 ft³
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