The frictionless piston and cylinder contain 1 kg of water. The initial pressure and volume are each pressure of 100kPa 0.25 m^3 (state 1). The system was gradually heated and when the volume of water in the cylinder became four times the initial volume (state 2), the piston was fixed and heating was continued until the water pressure reached 300 kPa (state 3). (1) Find the final temperature in the cylinder (2) Find work during this process (3) Find the amount of heat transfer during this process. Try to approximate this process on a P-v diagram
The frictionless piston and cylinder contain 1 kg of water. The initial pressure and volume are each pressure of 100kPa 0.25 m^3 (state 1). The system was gradually heated and when the volume of water in the cylinder became four times the initial volume (state 2), the piston was fixed and heating was continued until the water pressure reached 300 kPa (state 3). (1) Find the final temperature in the cylinder (2) Find work during this process (3) Find the amount of heat transfer during this process. Try to approximate this process on a 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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The frictionless piston and cylinder contain 1 kg of water. The initial pressure and volume are each pressure of 100kPa 0.25 m^3 (state 1). The system was gradually heated and when the volume of water in the cylinder became four times the initial volume (state 2), the piston was fixed and heating was continued until the water pressure reached 300 kPa (state 3).
(1) Find the final temperature in the cylinder
(2) Find work during this process
(3) Find the amount of heat transfer during this process. Try to approximate this process on a P-v diagram.
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