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A rigid tank containing 1.36 kg gas mixture of nitrogen and carbon dioxide (each 50% by volume) at 272 kPa and 65°C. Determine (a) molar analysis (or % by mol (b) molecular weight and gas constant of mixture (c) volume of mixture (d ) partial volumes of gases (e ) partial pressures of gases (f) gravimetric analysis (or % by mass) (g ) masses of gases (h) mols of gases (i) specific heats Cp and Cv of mixture (j) specific heat ratio of mixture (k) internal energy of mixture (I) enthalpy of mixture

A rigid tank containing 1.36 kg gas mixture of nitrogen and carbon dioxide (each 50% by volume) at 272 kPa and 65°C. Determine (a) molar analysis (or % by mol (b) molecular weight and gas constant of mixture (c) volume of mixture (d ) partial volumes of gases (e ) partial pressures of gases (f) gravimetric analysis (or % by mass) (g ) masses of gases (h) mols of gases (i) specific heats Cp and Cv of mixture (j) specific heat ratio of mixture (k) internal energy of mixture (I) enthalpy of mixture

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter5: Gases, Liquids, And Solids
Section: Chapter Questions
Problem 5.54P: 5-54 Automobile air bags are inflated by nitrogen gas. When a significant collision occurs, an...
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1. A rigid tank containing 1.36 kg gas mixture of nitrogen and carbon dioxide (each 50% by volume) at 272 kPa and 65°C. Determine (a) molar analysis (or % by mol (b) molecular weight and gas constant of mixture (c) volume of mixture (d ) partial volumes of gases (e ) partial pressures of gases (f) gravimetric analysis (or % by mass) (g ) masses of gases (h) mols of gases (i) specific heats Cp and Cv of mixture (j) specific heat ratio of mixture (k) internal energy of mixture (1) enthalpy of mixture Use subscripts: 1 = nitrogen (N,) 2 = carbon dioxide (CO,) no subscript = gas mixture From Table A-1 Specific Heats in kJ/kg K Cp, = 1.0414 Carbon dioxide Cp; = 0.8452 Nitrogen %3D %3D
Transcribed Image Text:1. A rigid tank containing 1.36 kg gas mixture of nitrogen and carbon dioxide (each 50% by volume) at 272 kPa and 65°C. Determine (a) molar analysis (or % by mol (b) molecular weight and gas constant of mixture (c) volume of mixture (d ) partial volumes of gases (e ) partial pressures of gases (f) gravimetric analysis (or % by mass) (g ) masses of gases (h) mols of gases (i) specific heats Cp and Cv of mixture (j) specific heat ratio of mixture (k) internal energy of mixture (1) enthalpy of mixture Use subscripts: 1 = nitrogen (N,) 2 = carbon dioxide (CO,) no subscript = gas mixture From Table A-1 Specific Heats in kJ/kg K Cp, = 1.0414 Carbon dioxide Cp; = 0.8452 Nitrogen %3D %3D
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