In the following table are listed various aqueous solutions. For one or more of the solutions assigned from the table, report the composition in the following ways: a) Weight Percent b) Mole Percent c) kg solute/kg solvent d) kg moles solute/kg solvent e) g solute per 100 mL of solution at 80°C f) g solute per 1000 mL of solution at 20°C g) Molarity at 20°C h) Molality i) Normality at 20°C j) ppm of solute Solute Composition of Solution Density, g/ml 20°C 80°C HCI Wt% HCI = 25% 1.149 1.115 H2SO4 mole% H2SO4 = 40 1.681 1.625 NH,NO3 kg-mol NH4NO3/kg H20 = 2.0 1.226 1.187
In the following table are listed various aqueous solutions. For one or more of the solutions assigned from the table, report the composition in the following ways: a) Weight Percent b) Mole Percent c) kg solute/kg solvent d) kg moles solute/kg solvent e) g solute per 100 mL of solution at 80°C f) g solute per 1000 mL of solution at 20°C g) Molarity at 20°C h) Molality i) Normality at 20°C j) ppm of solute Solute Composition of Solution Density, g/ml 20°C 80°C HCI Wt% HCI = 25% 1.149 1.115 H2SO4 mole% H2SO4 = 40 1.681 1.625 NH,NO3 kg-mol NH4NO3/kg H20 = 2.0 1.226 1.187
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![5. In the following table are listed various aqueous solutions. For one or more of the solutions assigned
from the table, report the composition in the following ways:
a) Weight Percent
b) Mole Percent
c) kg solute/kg solvent
d) kg moles solute/kg solvent
e) g solute per 100 mL of solution at 80°C
f) g solute per 1000 mL of solution at 20°C
g) Molarity at 20°C
h) Molality
i) Normality at 20°C
j) ppm of solute
Solute
Composition of Solution
Density, g/mL
20°C
80°C
HCI
Wt% HCI = 25%
1.149
1.115
H2SO4
mole% H2SO4 = 40
1.681
1.625
NHẠNO3
MgCl2
LicI
kg-mol NH,NO3/kg H2O = 2.0
Molarity = 4.0 at 20°C
Molality = 100
Normality = 2.7 at 80°C
1.226
1.187
1.269
1.245
1.179
1.158
KCI
1.118
1.088](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5f2ecc10-d2c0-493a-80c8-cb6d315b3a82%2F6ce4b529-34b2-4872-94c0-b4cef0eefdae%2Fsumitv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5. In the following table are listed various aqueous solutions. For one or more of the solutions assigned
from the table, report the composition in the following ways:
a) Weight Percent
b) Mole Percent
c) kg solute/kg solvent
d) kg moles solute/kg solvent
e) g solute per 100 mL of solution at 80°C
f) g solute per 1000 mL of solution at 20°C
g) Molarity at 20°C
h) Molality
i) Normality at 20°C
j) ppm of solute
Solute
Composition of Solution
Density, g/mL
20°C
80°C
HCI
Wt% HCI = 25%
1.149
1.115
H2SO4
mole% H2SO4 = 40
1.681
1.625
NHẠNO3
MgCl2
LicI
kg-mol NH,NO3/kg H2O = 2.0
Molarity = 4.0 at 20°C
Molality = 100
Normality = 2.7 at 80°C
1.226
1.187
1.269
1.245
1.179
1.158
KCI
1.118
1.088
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