As shown below, a nonideal gas goes through the cycle \( ACBA \). During the process \( AC \), \( 30.3 \, J \) of heat was added to the gas. During the process \( BA \), \( 43.8 \, J \) of heat was removed from the gas. Determine \( W_{ACBA} \) & \( Q_{CB} \).\[W_{ACBA} = \_\_\_\_\_\]\[Q_{CB} = \_\_\_\_\_\]### Graph ExplanationThe diagram is a Pressure-Volume (P-V) graph representing the changes a nonideal gas undergoes in the cycle \( ACBA \). - **Axes**: - The horizontal axis represents volume \( V \) in cubic meters \( (m^3) \), ranging from 0 to 10. - The vertical axis represents pressure \( P \) in newtons per square meter \( (N/m^2) \), ranging from 0 to 10.- **Points and Processes**: - **Point A**: At coordinates (6, 8) - **Point B**: At coordinates (8, 6) - **Point C**: At coordinates (8, 2)- **Processes**: - **AC**: A diagonal line from point A to point C. - **CB**: A horizontal line from point C to point B. - **BA**: A vertical line from point B back to point A. This graph visually represents the cycle ACBA that the gas undergoes, indicating the changes in pressure and volume at each stage of the process.

We are given a non ideal gas. We are given the closed cycle. The system comes back to its original…

Answered: the gas. During the process BA, 43.8 J…

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