【Daily Question】Chemical Engineering Principles 257: Solubility Curves (December 8)
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This post was last edited by Zaihui Kangqiao on 2015-12-24 at 13:44. The Chemical Engineering Theory section is now launching a \"One Question per Day\" activity to help everyone reinforce their basic knowledge in chemical engineering. Subsequent series such as \"Chemical Engineering Principles,\" \"Mass Transfer and Separation,\" \"Chemical Engineering Thermodynamics,\" and \"Chemical Engineering Processes\" will also be introduced. We hope for your active support! Answers to the questions in the \"One Question per Day\" activity can be viewed directly, and the thread will be closed after 1 day! ! Participation earns 3 wealth points, with an additional 3 wealth points for correct answers. Short answer: The solubility curve divides the triangular phase diagram into two regions; the area inside the curve is ___________, while the area outside the curve is _________. Extraction operations can only be carried out within _______________. two-phase region ； homogeneous region ； two-phase region
Short answer: The solubility curve divides the triangular phase diagram into two regions; the area inside the curve is the ___two-phase region______, while the area outside the curve is the ___homogeneous phase region______. Extraction operations can only be carried out within the ___two-phase region__________.
two-phase region, homogeneous region, two-phase region
The solubility curve divides the triangular phase diagram into two regions; the area inside the curve is the _______ two-phase region _______, while the area outside the curve is the _____ homogeneous region _____. Extraction operations can only be carried out within the _______ two-phase region __________.
Inside the curve (two-phase region), outside the curve (homogeneous phase region); extraction is only possible in the (two-phase region)
The area within the curve is the two-phase region, while the area outside it is the homogeneous phase region; extraction operations can only take place within the two-phase region
The solubility curve divides the triangular phase diagram into two regions; the area inside the curve is the ___two-phase region___, while the area outside the curve is the ___homogeneous phase region___. Extraction operations can only be carried out within the ___two-phase region___.
The solubility curve divides the triangular phase diagram into two regions: the area inside the curve is the __two-phase region__, while the area outside the curve is the __homogeneous phase region__. Extraction operations can only take place within the __two-phase region__.
two-phase region； homogeneous region ； two-phase region
The solubility curve divides the triangular phase diagram into two regions: the area within the curve corresponds to the (two-phase region), while the area outside the curve corresponds to the (homogeneous phase region). Extraction operations can only be carried out within the (two-phase region).
The solubility curve divides the triangular phase diagram into two regions; the area inside the curve is the two-phase region, while the area outside the curve is__； In the homogeneous phase region, extraction operations can only be carried out within the __two-phase region__