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To estimate the compressibility factor of gas-oil, a cylindrical test tube is provided, made of a ceramiC material. A certain volume of gas-oil is poured in the test tube, and a weight is placed over it to reduce its volume. From the obtained data, determine the gas-oil compressibility factor. Solution: K=1621.7 MPa. Data: - Test tube: interior diameter D=10 mm. Weight: m=6.5 kg. - Gas-oil: density (at 1 bar) =892 kg/m3; initial height H=200 mm; height reduction H=0.1 mm.

To estimate the compressibility factor of gas-oil, a cylindrical test tube is provided, made of a ceramiC material. A certain volume of gas-oil is poured in the test tube, and a weight is placed over it to reduce its volume. From the obtained data, determine the gas-oil compressibility factor. Solution: K=1621.7 MPa. Data: - Test tube: interior diameter D=10 mm. Weight: m=6.5 kg. - Gas-oil: density (at 1 bar) =892 kg/m3; initial height H=200 mm; height reduction H=0.1 mm.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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To estimate the compressibility factor of gas-oil, a cylindrical test tube is provided, made of a ceramiC material. A certain volume of gas-oil is poured in the test tube, and a weight is placed over it to reduce its volume. From the obtained data, determine the gas-oil compressibility factor. Solution: K=1621.7 MPa. Data: - Test tube: interior diameter D=10 mm. Weight: m=6.5 kg. - Gas-oil: density (at 1 bar) =892 kg/m3; initial height H=200 mm; height reduction H=0.1 mm.
Transcribed Image Text:To estimate the compressibility factor of gas-oil, a cylindrical test tube is provided, made of a ceramiC material. A certain volume of gas-oil is poured in the test tube, and a weight is placed over it to reduce its volume. From the obtained data, determine the gas-oil compressibility factor. Solution: K=1621.7 MPa. Data: - Test tube: interior diameter D=10 mm. Weight: m=6.5 kg. - Gas-oil: density (at 1 bar) =892 kg/m3; initial height H=200 mm; height reduction H=0.1 mm.
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