You land a job in a chemistry lab. The first day of your job, your boss gives you a list of reactants and instructs you to complete a series of reactions. The list of reactants is below: Iron(III), Copper(II) sulfate, Oxygen, Silver chlorate, aluminum. 1. Your first reaction must be a decomposition reaction that produces a metal chloride and oxygen. Choose the reactant from the list above that would produce these substances. Write the complete, balanced equation for this reaction. Your boss then asks you to complete this reaction using 4.72 moles of your reactant. How many moles of oxygen should be produced from this reaction?
You land a job in a chemistry lab. The first day of your job, your boss gives you a list of reactants and instructs you to complete a series of reactions. The list of reactants is below: Iron(III), Copper(II) sulfate, Oxygen, Silver chlorate, aluminum. 1. Your first reaction must be a decomposition reaction that produces a metal chloride and oxygen. Choose the reactant from the list above that would produce these substances. Write the complete, balanced equation for this reaction. Your boss then asks you to complete this reaction using 4.72 moles of your reactant. How many moles of oxygen should be produced from this reaction?
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter8: Chemical Reactions
Section: Chapter Questions
Problem 69E
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You land a job in a chemistry lab. The first day of your job, your boss gives you a list of reactants and instructs you to complete a series of reactions.
The list of reactants is below:
Iron(III), Copper(II) sulfate, Oxygen, Silver chlorate, aluminum.
1. Your first reaction must be a decomposition reaction that produces a metal chloride and oxygen. Choose the reactant from the list above that would produce these substances. Write the complete, balanced equation for this reaction.
Your boss then asks you to complete this reaction using 4.72 moles of your reactant. How many moles of oxygen should be produced from this reaction?
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