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Calculate the absolute permeability of core sample as below Flow rate 100 cc of air in 2 min 20 sec at downstream Pressure upstream side of the core 76 cmHg Pressure downstream side of core 12 cmHg Diameter of core 24 mm Length of core 32 mm Viscosity of air 0.01808 cp Upstream Downstream PQ P2 Q2 P1 Q1 Po Qb at standard condition QP = QPb = Q;P1 = Q¿P2 76 cmHg = 1 atm

Calculate the absolute permeability of core sample as below Flow rate 100 cc of air in 2 min 20 sec at downstream Pressure upstream side of the core 76 cmHg Pressure downstream side of core 12 cmHg Diameter of core 24 mm Length of core 32 mm Viscosity of air 0.01808 cp Upstream Downstream PQ P2 Q2 P1 Q1 Po Qb at standard condition QP = QPb = Q;P1 = Q¿P2 76 cmHg = 1 atm

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
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Calculate the absolute permeability of core sample as below Flow rate 100 cc of air in 2 min 20 sec at downstream Pressure upstream side of the core 76 cmHg Pressure downstream side of core 12 cmHg Diameter of core 24 mm Length of core 32 mm Viscosity of air 0.01808 cp Upstream PQ Downstream P2 Q2 P1 Q1 Po Qb at standard condition QP = Q»Pb = Q;P1 = Q¿P2 76 cmHg = 1 atm
Transcribed Image Text:Calculate the absolute permeability of core sample as below Flow rate 100 cc of air in 2 min 20 sec at downstream Pressure upstream side of the core 76 cmHg Pressure downstream side of core 12 cmHg Diameter of core 24 mm Length of core 32 mm Viscosity of air 0.01808 cp Upstream PQ Downstream P2 Q2 P1 Q1 Po Qb at standard condition QP = Q»Pb = Q;P1 = Q¿P2 76 cmHg = 1 atm
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