phenol water system with diagram
Answers
ANSWER;
11% phenol in water rich phase (A) & 63 % phenol in phenol rich phase
Explanation:
Water and phenol system. At 50 degrees Celsius, every system denoted by a point on the line bc splits into two conjugate phases, each of which contains 11% phenol in the water-rich phase (A) and 63% phenol in the phenol-rich phase.
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Answer:
Phenol-water system is a binary liquid system in which two immiscible liquids, phenol, and water, are present.
Explanation:
The two liquids form two separate phases, an organic phase (phenol) and an aqueous phase (water). The relative amounts of each phase depend on the specific concentrations of phenol and water in the system.
A typical phase diagram for the phenol-water system would include a curve separating the two-phase region from the one-phase region, called the "binodal" curve, and another curve separating the two-phase region from the three-phase region called the "spinodal" curve. The binodal curve represents the boundary where the two phases are in equilibrium. The spinodal curve represents the boundary where the two phases are unstable and can separate into three.
The phase diagram can also be represented in a ternary diagram, a graph with the system's three components (phenol, water, and the liquid-liquid mixture) at the corners. The compositions of the liquid-liquid mixture will be represented as a point between the phenol and water corner on the ternary diagram.
Please note that this is a generic representation, and the exact shape of the diagram may vary depending on the properties of the specific phenol and water mixture being used.
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