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Is the 'Semicircle' in the PV Diagram Actually a Semi Ellipse?
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SUMMARY
The discussion confirms that the term "semicircle" used in the context of a P-V diagram is inaccurately described, as the shape in question is actually a semi-ellipse. Participants agree that the curve is quadratic, exhibiting vertical characteristics at points A and B. This clarification is essential for accurate interpretation of thermodynamic processes represented in P-V diagrams.
PREREQUISITES- Understanding of P-V diagrams in thermodynamics
- Familiarity with the properties of ellipses and semicircles
- Knowledge of quadratic functions and their graphical representations
- Basic concepts of thermodynamic processes
- Research the mathematical properties of ellipses and their applications in thermodynamics
- Study the significance of P-V diagrams in different thermodynamic cycles
- Explore the implications of curve shapes on thermodynamic efficiency
- Learn about the graphical representation of quadratic functions in physics
Students and professionals in thermodynamics, physicists, and engineers who require a precise understanding of P-V diagrams and their graphical interpretations.
- #2
tiny-tim
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hi IssacNewton! 
yes you're right, it's a semi-ellipse
i suppose they're trying to say that it's quadratic, and the curve is vertical at A and B
yes you're right, it's a semi-ellipse
i suppose they're trying to say that it's quadratic, and the curve is vertical at A and B
- #3
issacnewton
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Thanks tiny-tim. Happy belated new year
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