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1. A chemist adds 1.50 g of silver nitrate to 1.000L of waler. silver nitrate dissolves completely. A 0.82 g piece of magnesium metal is added to the aqueous silver nitrate solution. The chemist obtains 0.89 g of silver metal after the reaction is complete. a What kind of reaction will occur? b. Provide a balanced equation, with states, for the reaction. c. Use the mass values provided to identify the limiting and excess reactants.

1. A chemist adds 1.50 g of silver nitrate to 1.000L of waler. silver nitrate dissolves completely. A 0.82 g piece of magnesium metal is added to the aqueous silver nitrate solution. The chemist obtains 0.89 g of silver metal after the reaction is complete. a What kind of reaction will occur? b. Provide a balanced equation, with states, for the reaction. c. Use the mass values provided to identify the limiting and excess reactants.

Introductory Chemistry: A Foundation
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter9: Chemical Quantities
Section: Chapter Questions
Problem 55QAP: A common method for determining how much chloride ion is present in a sample is to precipitate the...
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1. A chemist adds 1.50 g of silver nitrate to 1.000L of water. The solution is stirred until the silver nitrate dissolves completely. A 0.82 g piece of magnesium metal is added to the aqueous silver nitrate solution. The chemist obtains 0.89 g of silver metal after the reaction is complete. a What kind of reaction will occur? b. Provide a balanced equation, with states, for the reaction. c. Use the mass values provided to identify the limiting and excess reactants. d. What is the theoretical yield of silver metal? c. Calculate the percent yield of the silver metal.
Transcribed Image Text:1. A chemist adds 1.50 g of silver nitrate to 1.000L of water. The solution is stirred until the silver nitrate dissolves completely. A 0.82 g piece of magnesium metal is added to the aqueous silver nitrate solution. The chemist obtains 0.89 g of silver metal after the reaction is complete. a What kind of reaction will occur? b. Provide a balanced equation, with states, for the reaction. c. Use the mass values provided to identify the limiting and excess reactants. d. What is the theoretical yield of silver metal? c. Calculate the percent yield of the silver metal.
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