A. What is the maximum mass of sugar, ( C12H22O11) that can dissolve in 100. g of water at 60 °C? i. Can you dissolve 456 g of sugar, ( C12H22O11) in 150 g of water at 60°C?

World of Chemistry, 3rd edition
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Chapter15: Solutions
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Problem 12A
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Use the "Solubility Curves" graph for various ionic compounds to answer the following
questions:
A. What is the maximum mass of sugar, (
C12H22O11) that can dissolve in 100. g
of water at 60 °C?
i. Can you dissolve 456 g of sugar, (
C12H22O11) in 150 g of water at
60 °C?
Yes, will dissolve
No, won't dissolve
Hint: Use the graph to determine
the most that can dissolve in
100. g of water, then set up a
proportion.
B. What is the maximum mass of NaNO3
that can dissolve in 100. g of water at
80 °C?
Solubility (g solute per 100 g H2O)
300
00
260
220
Sugar
(C12H22O11)
KNO3
180
NaNO
140
NaBri
100
KBr
60
60
O
20
20
KC
NaCl
Ce (SO)
20
40
60
80
100
Temperature (°C)
i. Can you dissolve 158 g of
NaNO3 in 150 g of water at 80
°C?
No, won't dissolve
Yes, will dissolve
Graph from OpenStax, Chemistry 2e. Access for free
Transcribed Image Text:Use the "Solubility Curves" graph for various ionic compounds to answer the following questions: A. What is the maximum mass of sugar, ( C12H22O11) that can dissolve in 100. g of water at 60 °C? i. Can you dissolve 456 g of sugar, ( C12H22O11) in 150 g of water at 60 °C? Yes, will dissolve No, won't dissolve Hint: Use the graph to determine the most that can dissolve in 100. g of water, then set up a proportion. B. What is the maximum mass of NaNO3 that can dissolve in 100. g of water at 80 °C? Solubility (g solute per 100 g H2O) 300 00 260 220 Sugar (C12H22O11) KNO3 180 NaNO 140 NaBri 100 KBr 60 60 O 20 20 KC NaCl Ce (SO) 20 40 60 80 100 Temperature (°C) i. Can you dissolve 158 g of NaNO3 in 150 g of water at 80 °C? No, won't dissolve Yes, will dissolve Graph from OpenStax, Chemistry 2e. Access for free
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