9. Phosgenite, a lead compound with the formula Pb2Cl2CO3, is found in ancient Egyptian cosmetics. Phosgenite was prepared by the reaction of solid lead (II) oxide, aqueous sodium chloride, water, and gaseous carbon dioxide. A biproduct of the reaction is aqueous sodium hydroxide. a. Write a balanced chemical equation. b. How many grams of phosgenite can be obtained from 10.0 g of lead (II) oxide, and 10.0 g sodium chloride in the presence of excess carbon dioxide? c. If 2.72 g of phosgenite is produced in the laboratory from the amounts of starting materials stated in part b, what is the percent yield of the reaction?

Chemistry & Chemical Reactivity
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Chapter3: Chemical Reactions
Section3.2: Balancing Chemical Equations
Problem 3.1CYU: (a) Butane gas, C4H10, can burn completely in air [use O2(g) as the other reactant] to give carbon...
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9. Phosgenite, a lead compound with the formula Pb2Cl2CO3, is found in ancient Egyptian cosmetics.
Phosgenite was prepared by the reaction of solid lead (II) oxide, aqueous sodium chloride, water, and gaseous carbon
dioxide. A biproduct of the reaction is aqueous sodium hydroxide.
a. Write a balanced chemical equation.
b. How many grams of phosgenite can be obtained from 10.0 g of lead (II) oxide, and 10.0 g sodium
chloride in the presence of excess carbon dioxide?
c. If 2.72 g of phosgenite is produced in the laboratory from the amounts of starting materials stated in part
b, what is the percent yield of the reaction?
Transcribed Image Text:9. Phosgenite, a lead compound with the formula Pb2Cl2CO3, is found in ancient Egyptian cosmetics. Phosgenite was prepared by the reaction of solid lead (II) oxide, aqueous sodium chloride, water, and gaseous carbon dioxide. A biproduct of the reaction is aqueous sodium hydroxide. a. Write a balanced chemical equation. b. How many grams of phosgenite can be obtained from 10.0 g of lead (II) oxide, and 10.0 g sodium chloride in the presence of excess carbon dioxide? c. If 2.72 g of phosgenite is produced in the laboratory from the amounts of starting materials stated in part b, what is the percent yield of the reaction?
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