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49 DST HW.docx ۱:۳۳ ما DST HW 1. Derive the diffusivity equation for one-dimensional, linear flow of a slightly compressible liquid. (5 marks) 2. Provide an illustration of diffusivity equations for various scenarios. (2 marks) 3. Suggest a solution for the diffusivity equation. (3 marks) 4. The following figure represents a real DST chart for pressure and temperature measurements. Analyze and interpret the diagram to understand the pressure behavior over time. (5 marks] 5. The duration extends from 85 hours to 120 hours. Create a table to record the pressure at five-hour intervals. [3 marks) 6. Could you specify the hydrostatic pressure, initial and final flow rates, and shut-in pressure? [2 marks) 3000 pela 2000 1900 20 130 100 150 Hours ने

49 DST HW.docx ۱:۳۳ ما DST HW 1. Derive the diffusivity equation for one-dimensional, linear flow of a slightly compressible liquid. (5 marks) 2. Provide an illustration of diffusivity equations for various scenarios. (2 marks) 3. Suggest a solution for the diffusivity equation. (3 marks) 4. The following figure represents a real DST chart for pressure and temperature measurements. Analyze and interpret the diagram to understand the pressure behavior over time. (5 marks] 5. The duration extends from 85 hours to 120 hours. Create a table to record the pressure at five-hour intervals. [3 marks) 6. Could you specify the hydrostatic pressure, initial and final flow rates, and shut-in pressure? [2 marks) 3000 pela 2000 1900 20 130 100 150 Hours ने

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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49 DST HW.docx ۱:۳۳ ما DST HW 1. Derive the diffusivity equation for one-dimensional, linear flow of a slightly compressible liquid. (5 marks) 2. Provide an illustration of diffusivity equations for various scenarios. (2 marks) 3. Suggest a solution for the diffusivity equation. (3 marks) 4. The following figure represents a real DST chart for pressure and temperature measurements. Analyze and interpret the diagram to understand the pressure behavior over time. (5 marks] 5. The duration extends from 85 hours to 120 hours. Create a table to record the pressure at five-hour intervals. [3 marks) 6. Could you specify the hydrostatic pressure, initial and final flow rates, and shut-in pressure? [2 marks) 3000 pela 2000 1900 20 130 100 150 Hours ने
Transcribed Image Text:49 DST HW.docx ۱:۳۳ ما DST HW 1. Derive the diffusivity equation for one-dimensional, linear flow of a slightly compressible liquid. (5 marks) 2. Provide an illustration of diffusivity equations for various scenarios. (2 marks) 3. Suggest a solution for the diffusivity equation. (3 marks) 4. The following figure represents a real DST chart for pressure and temperature measurements. Analyze and interpret the diagram to understand the pressure behavior over time. (5 marks] 5. The duration extends from 85 hours to 120 hours. Create a table to record the pressure at five-hour intervals. [3 marks) 6. Could you specify the hydrostatic pressure, initial and final flow rates, and shut-in pressure? [2 marks) 3000 pela 2000 1900 20 130 100 150 Hours ने
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