The data table below is used for the next two questions. For both questions, you're being asked about an ideal solution with an electrolyte and 500.0 g of water. Molar Mass (g/mole) 74.55 133.34 95.21 349.01 Item potassium chloride aluminum chloride magnesium chloride lead (IV) chloride 3. Formula KCI AlCl3 MgCh PbCl 1 OF 1 QUESTION a. Which electrolyte solution would have the highest boiling point? Briefly explain. b. For the electrolyte solution you discussed in part a, determine the i. c. For the electrolyte solution you discussed in parts a and b, calculate the solution boiling point

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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The data table below is used for the next two questions. For both questions, you're being asked
about an ideal solution with an electrolyte and 500.0 g of water.
Molar Mass
(g/mole)
74.55
133.34
95.21
349.01
Item
potassium chloride
aluminum chloride
magnesium chloride
lead (IV) chloride
3.
Formula
KCI
AlCl3
MgCh
PbCl
1 OF 1 QUESTION
a. Which electrolyte solution would have the highest boiling point? Briefly explain.
b. For the electrolyte solution you discussed in part a, determine the i.
c.
For the electrolyte solution you discussed in parts a and b, calculate the solution
boiling point.
Transcribed Image Text:The data table below is used for the next two questions. For both questions, you're being asked about an ideal solution with an electrolyte and 500.0 g of water. Molar Mass (g/mole) 74.55 133.34 95.21 349.01 Item potassium chloride aluminum chloride magnesium chloride lead (IV) chloride 3. Formula KCI AlCl3 MgCh PbCl 1 OF 1 QUESTION a. Which electrolyte solution would have the highest boiling point? Briefly explain. b. For the electrolyte solution you discussed in part a, determine the i. c. For the electrolyte solution you discussed in parts a and b, calculate the solution boiling point.
Expert Solution
Step 1

The given question involves calculating the electrolyte solution with the highest boiling point, and then finding the solution boiling point for that electrolyte.  To determine the electrolyte solution with the highest boiling point, we need to calculate the molality for each electrolyte solution. Using the given data, we can calculate the number of moles of solute in 500.0 g of water for each electrolyte.

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