Bembew Physics

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Bembew Physics

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Gas Equations and Models

Gas Equations and Models

Filter by branch: Overview Thermal Physics Fundamental Concepts and Gas Systems

Physical significance and expression forms of P-V-T relationships (equations, charts)

Definition of an ideal gas with the molecular assumptions (molecules have no volume, no intermolecular forces)

Derivation and Expression of the Ideal Gas Law (pν = RT)

Difference between the universal gas constant and the gas constant, and conversion

Properties of Ideal Gas Internal Energy and Enthalpy (Only Related to Temperature)

Definition and Calculation of Specific Heat Capacity (Constant Pressure, Constant Volume)

Conditions for the Applicability of Ideal Gases (Low Pressure, High Temperature)

Causes of Deviations Between Actual and Ideal Gases

Definition of the Compressibility Factor and Correction of the Real Gas State Equation

Development Concept of the Van der Waals Equation and Its Application to Real Gases

Law of Corresponding States and Application of the Universal Compressibility Factor Diagram in Real Gases

Ideal Gas Model and Equation of State

Deviations of Real Gases from Ideal Gas Behavior

Fundamental Concepts and Gas Systems

Fundamental Thermodynamics

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