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A 5.00 g sample of impure Ag,0 (MM=231.739 g/mol) is decomposed at 300°C to yield metallic silver (MM=107.87 g/mol) and oxygen gas (MM=31.998 g/mol). The unbalanced chemical equation is given below: Ag:O) Aga) + O2 a. What is the mass percent of Ag,0(e) in the sample if its decomposition yields 2.91 g Ag? b. How much Ag) and Oo) (in grams) is produced in the decomposition of 23.0 g of sample? Mass Ags): Mass Ozia) c. If the actual mass of Ag collected from the 23.0 g sample was 12.3 g. what is the percent yield of the reaction?

A 5.00 g sample of impure Ag,0 (MM=231.739 g/mol) is decomposed at 300°C to yield metallic silver (MM=107.87 g/mol) and oxygen gas (MM=31.998 g/mol). The unbalanced chemical equation is given below: Ag:O) Aga) + O2 a. What is the mass percent of Ag,0(e) in the sample if its decomposition yields 2.91 g Ag? b. How much Ag) and Oo) (in grams) is produced in the decomposition of 23.0 g of sample? Mass Ags): Mass Ozia) c. If the actual mass of Ag collected from the 23.0 g sample was 12.3 g. what is the percent yield of the reaction?

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter4: Stoichiometry
Section: Chapter Questions
Problem 4.16PAE: 4.16 Many metals react with halogens to give metal halides. For example, iron reacts with chlorine...
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A 5.00 g sample of impure Ag,0 (MM=231.739 g/mol) is decomposed at 300°C to yield metallic silver (MM=107.87 g/mol) and oxygen gas (MM=31.998 g/mol). The unbalanced chemical equation is given below: Ag,0(a) → Aga) + 02 a. What is the mass percent of Ag,0o) in the sample if its decomposition yields 2.91 g Age? b. How much Ag) and Og) (in grams) is produced in the decomposition of 23.0 g of sample? Mass Ag(s) Mass Ozig) g c. If the actual mass of Ag collected from the 23.0 g sample was 12.3 g. what is the percent yield of the reaction?
Transcribed Image Text:A 5.00 g sample of impure Ag,0 (MM=231.739 g/mol) is decomposed at 300°C to yield metallic silver (MM=107.87 g/mol) and oxygen gas (MM=31.998 g/mol). The unbalanced chemical equation is given below: Ag,0(a) → Aga) + 02 a. What is the mass percent of Ag,0o) in the sample if its decomposition yields 2.91 g Age? b. How much Ag) and Og) (in grams) is produced in the decomposition of 23.0 g of sample? Mass Ag(s) Mass Ozig) g c. If the actual mass of Ag collected from the 23.0 g sample was 12.3 g. what is the percent yield of the reaction?
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