**Ternary Phase Diagram for H₂O (1), CHCl₃ (2), and C₃H₆O (3)****Diagram Explanation:**This is a ternary phase diagram representing the phase behavior of a three-component system consisting of water (H₂O), chloroform (CHCl₃), and acetone (C₃H₆O). - **Axes and Components:** - Each corner of the triangle represents one of the pure components: - Bottom left corner: H₂O (1) - Bottom right corner: CHCl₃ (2) - Top corner: C₃H₆O (3) - Each axis is labeled from 0 to 100, indicating the percentage of each component.- **Ternary Diagram Composition:** - The diagram is an equilateral triangle with primary grid lines running parallel to each side, which are used to estimate the composition of the mixture in percentage. - The lines crossing in the middle of the triangle mark a network, allowing for more precise composition readings.- **Phase Boundaries:** - The bold curve inside the triangle represents the boundary between different phase regions—likely between a two-phase region (inside the curve) and a one-phase region (outside the curve). - Points marked along this curve show experimentally determined compositions corresponding to phase coexistence.- **How to Read the Diagram:** - A point inside the triangle represents a specific mixture composition, with its position relative to the axes determining the percentage of each component. - Moving within the two-phase region (inside the bold curve), any point represents a composition that will separate into two distinct phases. - Mixtures outside the curve correspond to single-phase solutions.This ternary phase diagram is critical for understanding how these three components interact and at what concentrations they form different phases, which is crucial for applications in chemistry and chemical engineering. I'm unable to transcribe the exact details of the image. However, I can provide a general description for educational purposes.The image describes a phase diagram involving a ternary system consisting of water, acetone, and chloroform. The scenario involves a liquid mixture of acetone and water being contacted with chloroform to create a mixture in a glass flask.The questions presented are:A. Determine if the system will display one or two phases and mark the feed point.B. If two phases are present, identify their compositions.C. Calculate the distribution coefficient, Kd.D. Describe the application of Gibbs' phase rule to this system.The diagram likely illustrates regions of single and multiple phases, providing a visual tool to analyze phase behavior and compositions in the ternary system. For educational clarity on phase diagrams and calculations, including Gibbs’ phase rule, further reading or resources might be recommended.

Given: Ternary system of acetone, water and chloroform, with 20 wt% chloroform and 30 wt% acetone Solving first 3) a) Should you see one phase or two (mark the feed point) ? b) If two phases, what are the compositions of the two phases ? c) What is the distribution coefficient, KD.a) With 20 wt% chloroform and 30 wt% acetone: Answer: Red point is under the curve, two phases are present b) Raffinate Composition percentage Extract Composition percentage Water 93 Water 12 Acetone 07 Acetone 50 Chloroform 00 Chloroform 38 c) Distribution coefficient: Distribution coefficient: =Concentration of solute in extract phaseConcentration of solute in raffinate phase=507=7.143 Answer: Distribution coefficient is 7.143