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Q:The result of unknown organic compound is C% = 64.86, O % =21.62% and ?? %3D % Hydrogen element. Finds the empirical and molecular formulas [ E.F & M.F] , if the molar mass is 148 g/mole? *

Q:The result of unknown organic compound is C% = 64.86, O % =21.62% and ?? %3D % Hydrogen element. Finds the empirical and molecular formulas [ E.F & M.F] , if the molar mass is 148 g/mole? *

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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ponse D=2.85 g\cc, No. H atoms = 4.8E 24 Q:The result of unknown organic compound is C% = 64.86, O % =21.62% and ?? % Hydrogen element. Finds the empirical and molecular formulas [ E.F & M.F] , if the molar mass is 148 g/mole?* O EF=C4H120, MF=C8H2002 Does Not Exit EF=C8H1002, MF=C8H2002 EF=C6H120, MF=C12H2402 EF=C4H100, MF=C8H2002 EF=C8H80, MF=C8H80 EF=C4H80, MF=C8H1602 Q: (186g) of Phosphor element react with 213 g of Chloral gas[C12] to produce 205.5g of PC15. Compute the Yield Percent? Mwt. P =31, CI =35.5 g\mole.
Transcribed Image Text:ponse D=2.85 g\cc, No. H atoms = 4.8E 24 Q:The result of unknown organic compound is C% = 64.86, O % =21.62% and ?? % Hydrogen element. Finds the empirical and molecular formulas [ E.F & M.F] , if the molar mass is 148 g/mole?* O EF=C4H120, MF=C8H2002 Does Not Exit EF=C8H1002, MF=C8H2002 EF=C6H120, MF=C12H2402 EF=C4H100, MF=C8H2002 EF=C8H80, MF=C8H80 EF=C4H80, MF=C8H1602 Q: (186g) of Phosphor element react with 213 g of Chloral gas[C12] to produce 205.5g of PC15. Compute the Yield Percent? Mwt. P =31, CI =35.5 g\mole.
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