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Molality

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Sections
Solutions, Molarity and Intermolecular Forces	7 mins	0 completed	Learn
Henry's Law	20 mins	0 completed	Learn Summary
Calculate Molarity	27 mins	0 completed	Learn Summary
Mass Percent	10 mins	0 completed	Learn
Molality	15 mins	0 completed	Learn
Mole Fraction	14 mins	0 completed	Learn
The Colligative Properties	45 mins	0 completed	Learn

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Freezing Point Depression
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Next SectionMole Fraction

Solution: An aqueous solution is 2.67 M in HNO₃ and has a density of 1.1064 g cm -3. Compute the molality of the HNO₃ in this solution in mol/kg.a) 2.76b) 2.97c) 2.84d) 3.72e) 2.32

Solution: An aqueous solution is 2.67 M in HNO3 and has a density of 1.1064 g cm -3. Compute the molality of the HNO3 in this solution in mol/kg.a) 2.76b) 2.97c) 2.84d) 3.72e) 2.32

Problem

An aqueous solution is 2.67 M in HNO₃ and has a density of 1.1064 g cm ^-3. Compute the molality of the HNO₃ in this solution in mol/kg.

a) 2.76

b) 2.97

c) 2.84

d) 3.72

e) 2.32

Molality

Solution: An aqueous solution is 2.67 M in HNO3 and has a density of 1.1064 g cm -3. Compute the molality of the HNO3 in this solution in mol/kg.a) 2.76b) 2.97c) 2.84d) 3.72e) 2.32

Solution: An aqueous solution is 2.67 M in HNO3 and has a density of 1.1064 g cm -3. Compute the molality of the HNO3 in this solution in mol/kg.a) 2.76b) 2.97c) 2.84d) 3.72e) 2.32

Problem

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Solution: An aqueous solution is 2.67 M in HNO₃ and has a density of 1.1064 g cm -3. Compute the molality of the HNO₃ in this solution in mol/kg.a) 2.76b) 2.97c) 2.84d) 3.72e) 2.32