Q: The Molarity of Ca(OH)2 solution is 0.88 M. Calculate the MF and Molality for density of solution is 1.482g\ c.c? M Ca= 40 and MO = 16 g\mole? * XA=0.022 , Molality = 0.738 mole\kg %3D O XA=0.011 , Molality = 0.847 mole\kg %3D O XA=0.028, Molality = 0.621 mole\kg %3D XA=0.044 , Molality = 6.2 mole\kg O XA=0.036, Molality = 0.766 mole\kg O Does Not Exist O XA=0.011, Molality = 0.621 mole\kg %3D
Q: The Molarity of Ca(OH)2 solution is 0.88 M. Calculate the MF and Molality for density of solution is 1.482g\ c.c? M Ca= 40 and MO = 16 g\mole? * XA=0.022 , Molality = 0.738 mole\kg %3D O XA=0.011 , Molality = 0.847 mole\kg %3D O XA=0.028, Molality = 0.621 mole\kg %3D XA=0.044 , Molality = 6.2 mole\kg O XA=0.036, Molality = 0.766 mole\kg O Does Not Exist O XA=0.011, Molality = 0.621 mole\kg %3D
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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Transcribed Image Text:PO = 429.67atm, FP = -17.16C
O PO =119.44 atm, FP = -14.52C
Q: The Molarity of Ca(OH)2 solution is 0.88 M. Calculate the MF and Molality for
density of solution is 1.482g\ c.c? M Ca= 40 and MO = 16 glmole? *
O XA=0.022, Molality 0.738 mole\kg
%3D
XA=0.011 , Molality = 0.847 mole\kg
%3D
O XA=0.028 , Molality = 0.621 mole\kg
O XA=0.044, Molality = 6.2 mole\kg
%3D
O XA=0.036 , Molality = 0.766 mole\kg
%3D
O Does Not Exist
O XA=0.011, Molality = 0.621 mole\kg
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