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(22) 22602 2270 CM) O STONE GERIMI GREW (CAL 165 Fr Ra Ac RI W 164 La Hf Ta 105 Db F1 F 106 107 Sq W Bh LD 190 74 In a) Find the pressure (atm) in the tank using the truncated virial equation. instead of the virial equation? b) What would be the percentage error in the pressure if the ideal gas equation was used c) from the virial equatic res Estimate the value of the compressibility factor for nitrogen at the given conditions M R acentric factor is 0.039. Q3) Nitrogen is stored in a tank at -40 °C, and the molar volume of nitrogen is 0.9 L/mol. The critical temperature and pressure of nitrogen are 126.2 K and 34 atm, respectively. Nitrogen m

(22) 22602 2270 CM) O STONE GERIMI GREW (CAL 165 Fr Ra Ac RI W 164 La Hf Ta 105 Db F1 F 106 107 Sq W Bh LD 190 74 In a) Find the pressure (atm) in the tank using the truncated virial equation. instead of the virial equation? b) What would be the percentage error in the pressure if the ideal gas equation was used c) from the virial equatic res Estimate the value of the compressibility factor for nitrogen at the given conditions M R acentric factor is 0.039. Q3) Nitrogen is stored in a tank at -40 °C, and the molar volume of nitrogen is 0.9 L/mol. The critical temperature and pressure of nitrogen are 126.2 K and 34 atm, respectively. Nitrogen m

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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Fr 1225 226 02 22701 260 261 266) Db 13 a La Hf Ra Ac R M 17849 Lep Se TON 12 195 Ta W Sg Bh In S Mo instead of the virial equation? a) Find the pressure (atm) in the tank using the truncated virial equation. b) What would be the percentage error in the pressure if the ideal gas equation was used c) bility factor for nitrogen at the given from the virial equat Estimate the value of the compre Re acentric factor is 0.039. Q3) Nitrogen is stored in a tank at -40 °C, and the molar volume of nitrogen is 0.9 L/mol. The critical temperature and pressure of nitrogen are 126.2 K and 34 atm, respectively. Nitrogen TO 10 TWEAK FOX FR 000 loga Rb 124040 Hs Mt Ds Re Pi
Transcribed Image Text:Fr 1225 226 02 22701 260 261 266) Db 13 a La Hf Ra Ac R M 17849 Lep Se TON 12 195 Ta W Sg Bh In S Mo instead of the virial equation? a) Find the pressure (atm) in the tank using the truncated virial equation. b) What would be the percentage error in the pressure if the ideal gas equation was used c) bility factor for nitrogen at the given from the virial equat Estimate the value of the compre Re acentric factor is 0.039. Q3) Nitrogen is stored in a tank at -40 °C, and the molar volume of nitrogen is 0.9 L/mol. The critical temperature and pressure of nitrogen are 126.2 K and 34 atm, respectively. Nitrogen TO 10 TWEAK FOX FR 000 loga Rb 124040 Hs Mt Ds Re Pi
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