Match the following aqueous solutions with the appropriate letter from the column on the right. 1. 0.19 m Fe(CH3CO0), A. Lowest freezing point 2. 0.25 m NaOH B. Second lowest freezing point 3. 0.18 m Cu(CH3CO0)2 4. 0.52 m Urea(nonelectrolyte) C. Third lowest freezing point D. Highest freezing point Submit Answer Retry Entire Group 6 more group attempts remaining

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Match the following aqueous solutions with the appropriate letter from the column on the right.
1.0.19 m Fe(CH3COO)2
A. Lowest freezing point
2. 0.25 m NaOH
B. Second lowest freezing point
3. 0.18 m Cu(CH3CO0)2
4. 0.52 m Urea(nonelectrolyte)
C. Third lowest freezing point
D. Highest freezing point
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Transcribed Image Text:Match the following aqueous solutions with the appropriate letter from the column on the right. 1.0.19 m Fe(CH3COO)2 A. Lowest freezing point 2. 0.25 m NaOH B. Second lowest freezing point 3. 0.18 m Cu(CH3CO0)2 4. 0.52 m Urea(nonelectrolyte) C. Third lowest freezing point D. Highest freezing point Submit Answer Retry Entire Group 6 more group attempts remaining (Previous Next Email Instructor Save and Exit Cengage Learning | Cengage Technial Support MacBook Air DII DD F5 F6 F8 F9 F10 F11 F12 $ ( 5 6 8 9 U | { } G H J K L M ? .... V B ト
Expert Solution
Step 1

When a nonvolatile solute is added to a pure solvent it's freezing point decreases

The difference in freezing point of solution to that of pure solvent is called as depression in freezing point (∆Tf

The depression in freezing point depends on number of solute particles present in the solution and the molality of the solution by the relation 

∆Tf = i×Kf×m

i = van't Hoff factor = number of ions formed after complete dissociation of one mole electrolyte

Kf = freezing point constant = 1.86 °C/m for water

m = molality 

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