Instructions: Here is an particular particular person project. Any model of plagiarism shall be penalized in step with NTU’s academic integrity protection. Answer all 3 (three) questions. If obligatory, you would possibly perhaps additionally wish to safe extra information from external sources and offer the reference you utilize. Post your solutions to Turnitin on NTULearn by 21 April 2025 at 17:00. Please handiest construct a single file submission. Boring submission is perchance no longer well-liked; subsequently please put up early to steer sure of any technical bid. The solutions would possibly perhaps additionally also be handwritten (construct sure it is miles legible) or typed. It is probably going you’ll perhaps put up the snug reproduction, scanned or photos of the solutions. Please construct sure excessive resolution of the image earlier than submission. Please mix your entire workings, including Excel file, into one ZIP file and put up it to Turnitin. Homework shall be graded on efforts, no longer the relaxation acknowledge received. Alternatively, give your finest effort in solving the considerations to enforce the ideas you agree with realized. Below is the detailed rubric for the continual review, which the homework is a share of. Write My Project Rent a Professional Essay & Project Creator for winding up your Tutorial Assessments Native Singapore Writers Team 100% Plagiarism-Free Essay Top Pleasure Price Free Revision On-Time Birth Seek information from of 1 (Fugacity of staunch fuel) By utilizing Lee/Kesler generalized correlation below, calculate the fugacity of isobutane at 154 °C and 8620 kPa. Generalized correlation defines the compressibility bid of a pure element as: Z = Z₀ + ωZ₁ where Z₀ and Z₁ are functions of (Pr, Tr), which could be the diminished stress and diminished temperature, respectively, and ω is the accentricity bid of the pure element. The equation for fugacity coefficient φi can now be written by diminished stress, which extra outcomes in: (Focus on with Appendix D Tables D.13-D16, Smith Van Ness, Introduction to Chemical Engineering Thermodynamics eighth Ed., 2018) Seek information from of 2 (Vapor-Liquid equilibrium model) The vapor-liquid equilibrium information for a binary liquid acknowledge containing acetone (1) – methanol (2) at 55 °C is given in Desk 1. Deem that the vapor share would possibly perhaps additionally also be belief to be as ideal fuel mixture whereas the exercise coefficients for acetone (1) and methanol (2) would possibly perhaps additionally also be expressed by Van Laar model as follows: Purchase Custom Answer of This Evaluate & Lift Your Grades Procure A Free Quote Resolve the parameters A’₁₂ and A’₂₁ (both of which could be constants) that finest match the information in Desk 1. By utilizing Excel, construct P-x, y blueprint at 55 °C in accordance with the suggested model above, and compare it with the experimental information (survey Desk 1). Compare the azeotropic composition in accordance with the experiment and the model above. Present: The saturated vapor pressures of each element would possibly perhaps additionally also be optimistic by utilizing Antoine equations from any textbook/other reference. Desk 1. VLE information for acetone (1) – methanol (2) mixture at 55 °C. Seek information from of three (Henry’s laws application) Aqueous acknowledge of perfluorotributylamine would possibly perhaps additionally also be belief to be as man made blood thanks to its excessive oxygen solubility. At 25 °C and an oxygen stress of 1 atm, 380 mL of oxygen fuel (measured at 25 °C and 1 atm) dissolves in 1 liter of pure perfluorotributylamine, which has a liquid density of 1.88 g/mL. Resolve the Henry’s Law constant, in unit of atm, for oxygen dissolved in pure perfluorotributylamine. Narrate a acknowledge incorporates 10 vol% perfluorotributylamine and 90 vol% water. Estimate the amount of oxygen fuel (measured at 25 °C and 1 atm) dissolved in a liter of the acknowledge when it is miles equilibrated with air at 25 °C. Present that the Henry’s constant for oxygen in water at 25 °C is 4.34 × 10⁴ atm. Present: The physical properties of perfluorotributylamine would possibly perhaps additionally also be received from external reference. Caught with heaps of homework assignments and feeling stressed out ? Dangle authentic academic support & Procure 100% Plagiarism free papers Procure A Free Quote
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