An aqueous solution of CaClz weighs 7.8 kg. The solution has 8.3 moles of CaCl, present in it. The Density of the solution is 1.35 g/ml. (Atomic mass of Ca=40 and that of Cl=35.5)Find thea) Volume of the solution in Litreb) Mass of solvent in KgC) Molarity of the solutiond) Molality of the solutione) Mass% of CaC2f) Mole fraction of Cacl2g) If the solution is diluted to double its volume, what will be the Molarity of the solution?Volume of Solution (in Litre)Mass of Solvent (in Kg)Molarity of solutionMolality of solutionMass percent of CaClzMole fraction of Cacl,Molarity after dilution

Given:- Weight = 7.8Kg Moles of CaCl2 present = 8.3 Density = 1.35g/ml Moalar mass of Ca = 40g/mol…

An aqueous solution of Caclz weighs 7.8 kg. The solution has 8.3 moles of CaClz present in it. The Density of the solution is 1.35 g/ml. (Atomic mass of Ca=40 and that of Cl=35.5) Find the a) Volume of the solution in Litre b) Mass of solvent in Kg c) Molarity of the solution d) Molality of the solution e) Mass% of CaC, f) Mole fraction of Cacl2 g) If the solution is diluted to double its volume, what will be the Molarity of the solution? Volume of Solution (in Litre) Mass of Solvent (in Kg) Molarity of solution Molality of solution Mass percent of CaCl2 Mole fraction of Cacl2 Molarity after dilution

An aqueous solution of Caclz weighs 7.8 kg. The solution has 8.3 moles of CaClz present in it. The Density of the solution is 1.35 g/ml. (Atomic mass of Ca=40 and that of Cl=35.5) Find the a) Volume of the solution in Litre b) Mass of solvent in Kg c) Molarity of the solution d) Molality of the solution e) Mass% of CaC, f) Mole fraction of Cacl2 g) If the solution is diluted to double its volume, what will be the Molarity of the solution? Volume of Solution (in Litre) Mass of Solvent (in Kg) Molarity of solution Molality of solution Mass percent of CaCl2 Mole fraction of Cacl2 Molarity after dilution

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

An aqueous solution of CaClz weighs 7.8 kg. The solution has 8.3 moles of CaCl, present in it. The Density of the solution is 1.35 g/ml. (Atomic mass of Ca=40 and that of Cl=35.5)
Find the
a) Volume of the solution in Litre
b) Mass of solvent in Kg
C) Molarity of the solution
d) Molality of the solution
e) Mass% of CaC2
f) Mole fraction of Cacl2
g) If the solution is diluted to double its volume, what will be the Molarity of the solution?
Volume of Solution (in Litre)
Mass of Solvent (in Kg)
Molarity of solution
Molality of solution
Mass percent of CaClz
Mole fraction of Cacl,
Molarity after dilution

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