Answer the following problem completely and systematically. Show your complete solution. As you may recall from General Chemistry, solubility is temperature-dependent. Listed below is solubility vs temperature data for an organic compound in water. Temperature Solubility in 10 mL water ... 0.15 g 20 0.30 g 40 0.65 g 60 1.10 g 80 1.70 g a. Using the data in the above table, create a graph between the solubility of the compound (y-axis) vs temperature (x- axis). Connect the data points with a smooth curve. b. Suppose 0.10 g of this compound is mixed with 1.00 mL and heated to 80°C. Would the entire compound dissolve? Explain. c. The solution prepared in (b) is cooled. At what temperature will crystals of the compound appear?

Principles of Modern Chemistry
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Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
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Chapter11: Solutions
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Organic chemistry

Answer the following problem completely and systematically. Show your complete solution.
As you may recall from General Chemistry, solubility is temperature-dependent. Listed below is solubility vs temperature
data for an organic compound in water.
Temperature Solubility in 10 mL water
...
0.15 g
20
0.30 g
40
0.65 g
60
1.10 g
80
1.70 g
a. Using the data in the above table, create a graph between the solubility of the compound (y-axis) vs temperature (x-
axis). Connect the data points with a smooth curve.
b. Suppose 0.10 g of this compound is mixed with 1.00 ml and heated to 80°C. Would the entire compound dissolve?
Explain.
c. The solution prepared in (b) is cooled. At what temperature will crystals of the compound appear?
d. Suppose the cooling described in (C) were continued to 0°C. How many grams of the compound would precipitate from
the solution? Calculate the % recovery of the organic compound.
Transcribed Image Text:Answer the following problem completely and systematically. Show your complete solution. As you may recall from General Chemistry, solubility is temperature-dependent. Listed below is solubility vs temperature data for an organic compound in water. Temperature Solubility in 10 mL water ... 0.15 g 20 0.30 g 40 0.65 g 60 1.10 g 80 1.70 g a. Using the data in the above table, create a graph between the solubility of the compound (y-axis) vs temperature (x- axis). Connect the data points with a smooth curve. b. Suppose 0.10 g of this compound is mixed with 1.00 ml and heated to 80°C. Would the entire compound dissolve? Explain. c. The solution prepared in (b) is cooled. At what temperature will crystals of the compound appear? d. Suppose the cooling described in (C) were continued to 0°C. How many grams of the compound would precipitate from the solution? Calculate the % recovery of the organic compound.
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