What Are the Thermodynamic Processes Involved in This Gas Cycle?

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The discussion revolves around a thermodynamic cycle involving a gas with a mass of 2.3 kg, detailing processes such as isobaric expansion, isothermal compression, and isometric processes. Participants are asked to calculate work done and heat transfer for each stage of the cycle, specifically from state 1 to 2, 2 to 3, and 3 to 1. There is a clarification needed regarding the term "isometric," which refers to a process at constant volume. The thread seeks to guide users on how to approach solving the homework problem effectively. Overall, it emphasizes understanding the thermodynamic principles at play in the described gas cycle.
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HOMEWORK PROBLEMS REQUIRE USE OF HOMEWORK TEMPLATE. THIS WAS ORIGINALLY POSTED IN WRONG FORUM.
if anyone could answer these questions it would be much appreciated

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Q1.

A gas, with mass of 2.3 kg, undergoes a thermodynamic cycle which consists of the following processes,

1→2 Isobaric expansion, =2.3 bar , 1=4.1 m3 and 2=7.9 m3

2→3 Isothermal compression (=constant) where 3=2

3→1 Isometric process where 3−1=20.5 kJkg⁄

First sketch the process and then neglecting ΔK.E. and ΔP.E., determine

a) The work done when the gas undergoes the isobaric expansion, from state 1 to 2: 1→2 .

b) The work done when the gas undergoes the isothermal compression, from state 2 to 3: 2→3 .

c) The heat transfer when the gas undergoes the isobaric expansion, from state 1 to 2: 1→2 .

d) The heat transfer when the gas undergoes the isothermal compression, from state 2 to 3: 2→3.

e) The heat transfer when the gas undergoes the isometric process, from state 3 to 1: 3→1 .
 
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OK. Please articulate in words how you would begin to solve this homework problem.

Chet
 
Jack Easton said:
3→1 Isometric process where 3−1=20.5 kJkg⁄
"Isometric"? Meaning?
 
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