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3. [MO21] Where two phases exist in equilibrium: liquid-vapor, solid-liquid, and solid-vapor. B. Two-phase Regions C. Bi-phasal Area A Dual Regions D. Two-phase Points

3. [MO21] Where two phases exist in equilibrium: liquid-vapor, solid-liquid, and solid-vapor. B. Two-phase Regions C. Bi-phasal Area A Dual Regions D. Two-phase Points

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3. [MO21] Where two phases exist in equilibrium: liquid-vapor, solid-liquid, and solid-vapor. B. Two-phase Regions C. Bi-phasal Area A. Dual Regions D. Two-phase Points 4. [MO21] Dome-shaped region composed of the two-phase liquid-vapor states. A Gas Dome B. Liquid Dome C. Fluid Region D. Vapor Dome 5. (MO23] Designates the temperature at which a phase change takes place at a given pressure. A Phase point B. Saturation Temperature C. Region Designator D. State Reference
Transcribed Image Text:3. [MO21] Where two phases exist in equilibrium: liquid-vapor, solid-liquid, and solid-vapor. B. Two-phase Regions C. Bi-phasal Area A. Dual Regions D. Two-phase Points 4. [MO21] Dome-shaped region composed of the two-phase liquid-vapor states. A Gas Dome B. Liquid Dome C. Fluid Region D. Vapor Dome 5. (MO23] Designates the temperature at which a phase change takes place at a given pressure. A Phase point B. Saturation Temperature C. Region Designator D. State Reference
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