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Asked: May 3, 2020In: Thermodynamics & Rate Processes

BARC-16: Using Gibb’s Phase rule for a Binary Eutectic alloy, the maximum number of Phases that can co-exist at equilibrium are 4 (F=0, P = C+2 = 4). Then at the Eutetic point there should be 4 phases but we find only 3? Explain

BARC-16: Using Gibb’s Phase rule for a Binary Eutectic alloy, the maximum number of Phases that can co-exist at equilibrium are 4 (F=0, P = C+2 = 4). Then at the Eutetic point there should be 4 phases but we find only 3? Explain

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Asked: April 23, 2020In: Physical Metallurgy & Heat treatment

BARC-15: What is the maximum number of phases that can co-exist in a Binary Phase Diagram?