QUESTIONS Q1. Assume that all the relations about the physical properties are given and, V, Vu a) Develop the mathematical model of the non- isothermal flash unit in figure (steady state) and perform the degrees of the freedom analysis b) Check solvability of the model by consideration F = 100 kmol/min ZE 0.40, 0.6 T- 100 C Р, Т, а the degrees of freedom and data given. c) If you need an additional data to solve the model, L, X, h write the variables that should be given Antoine Equation: InPyp = A;- G+T) Component Ai Bị 1 16 2700 -50 2 18 3300 -55

QUESTIONS Q1. Assume that all the relations about the physical properties are given and, V, Vu a) Develop the mathematical model of the non- isothermal flash unit in figure (steady state) and perform the degrees of the freedom analysis b) Check solvability of the model by consideration F = 100 kmol/min ZE 0.40, 0.6 T- 100 C Р, Т, а the degrees of freedom and data given. c) If you need an additional data to solve the model, L, X, h write the variables that should be given Antoine Equation: InPyp = A;- G+T) Component Ai Bị 1 16 2700 -50 2 18 3300 -55

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Polycarbonate, PC, is used for aircraft canopies. A batch of this polymer was found to fail prematurely when impacted by a 4 pound bird during qualification studies. You suspect that the problem is due to a molecular weight difference for this particular batch of polymer compared to previous batches. You decide to perform dilute solution viscosity studies to determine the Mol.wt. Assume density is 1.2g/cm3 What solvent would you use? Justify your answer Please answer very soon will give rating surely
The lower surface area provides a better surface contact with the solvent, facilitating fasterdissolution. This is indirectly proportional to the substance particle size, indicating a fasterdissolution when a reduction in the particle size is observed. A - If the first statement is TRUE and the second statement is FALSEB - If the first statement is FALSE and the second statement is TRUEC - If both statements are TRUED - If both statements are FALSE
Where R is the gas constant e, NA is the Avogadro’s number, of a medium, and a is the radius of the spherical particle (or hydrodynamic radius of a molecule). 1. Determine the absolute Avogadro’s Number using an estimated diffusion coefficient of 1 mm particle. The temperature is 23 °C. The dynamic viscosity of water at 23 C is 0.9321 mPa.S. Use 0.50056654 mm2/s for D. Show full work with units included.
Methane at 20 °C and 1 atm pressure has a viscosity coefficient of 1.09x10-4 poise. Calculate the number of collisions per second in 1 mL of the gas at 0 °C and 0.1 atm pressure assuming that the collision diameter to remains constant.
PLEASE GO THROUGH THE CONCEPT AND ANSWER THE QUESTION ASAP. I need it quick please and I will definitely consider giving thumbs up if you help me. Link: https://drive.google.com/file/d/1mN-k-am1ILxrEOzVQ-8kLtrv5vK8HFvw/view?usp=sharing Question
Give clear handwritten Solution: Pressure of 50.0 psi is used to drive hexane through a 4.00 m length of capillary of 7.50 um diameter. Calculate the average flow velocity (v).
Please let me know if there are any units associated with it and keep in mind the sig figs its asking for. Thank you so much I'll give you a thumbs up??.
In the following figure, which parameter of van Deemter equation is involved in these variations. Which curve of them would provide the best separation of analytes and at what linear velocity?
-Screen reader description: The Ordinary Phases of Carbon Dioxide. Pressure (Pa) 10 to the power of 0 to 10 up to 10 to the power of 8 on Y-axis. Temperature in Kelvins 0 to 700 on X-axis. Curved line up from 105 K at 10 to the power of 0 Pa up to 200 K and 10 to the power of 6 Pa. The line forks here. There is an almost vertical line up to 10 to the power of 8 Pa, and a line that goes diagonally up and to the right to 325 K and 10 to the power of 7 Pa. To the left of the fork is "Solid". To the right of the fork is "Gas". In between the lines of the fork is "Liquid". End of image. The pressure is decreased slowly from 107 Pa at 150 K. Which of these best describes what is observed? It starts out as a solid, then becomes a liquid, then becomes a gas. It starts out as a gas, then becomes a solid, then becomes a liquid. It starts out as a liquid, then becomes a solid, then becomes a gas. It starts out as a solid, then becomes a…
A lake with a surface area of 525 acres was monitored over a period of time. During a one-month period the inflow was 30 cubic-feet/second (cfs), the outflow was 27 cfs, and a 1.5-in. seepage loss was measured. During the same month, the total precipitation was 4.25 in. Evaporation loss was estimated as 6.0 in. Estimate the storage change for this lake during the month.
Table 1 below shows the data for the filtration of fruit juice to produce clarified fruit juice at 298.2 K. Table 1: Total volume of filtrate collected at certain time V * 103 (m3) t (s) 0.5 17.3 1.0 41.3 1.5 72.0 2.0 108.3 2.5 152.0 3.0 201.7 The filtration process was conducted at a constant pressure of 46.2 kN/m2. The area of the plate-and-frame the press was 0.0439 m2, and the pulp concentration was 23.47 kg solid/m3 filtrate. a) Convert the data in Table 1 into a graph. You can either use Excel or graph paper. Your graph should be self-explanatory. b) Using the graph in (a), estimate the specific cake resistance and the resistance of the filter medium to filtrate flow.
Fluid Statics Please provide a complete and readable solution for the problem if necessary and an explanation. Thank you!