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.

2. 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?

3. For your next reaction, your boss wants a single displacement reaction involving aluminum. Choose the other reactant from the list above that would carry out this reaction. You cannot use the substance you chose in question 1. Write the complete, balanced equation for this reaction.

4. Your boss gives you 15g of aluminum. How many moles of each of your products will be created if this aluminum reacts completely?

5. Your next reaction is the rusting of iron (III), which occurs when the substance reacts with oxygen. What type of reaction will this be?

6. Write the complete, balanced equation for this reaction

7. Your boss instructs you to create 5.43 moles of rust (your product). What mass of iron is required for this to occur?

On the second day of your new lab job, your boss gives you a new list of substances and instructs you to carry out more reactions.
8. Your first task is to carry out a single displacement reaction involving two halogens (one in a compound and one as an element). Choose which reactants you would use for this task. Write the complete, balanced reaction.

9. For your first reaction, your boss gives you 12.37 moles of aluminum chloride and 10 moles of the other reactant. How many moles of Chlorine can you produce?

10. Your next task is to create a combustion reaction. Choose the reactants you would use. Write the complete, balanced reaction. Be sure to show your work for balancing the equation.

11. Your boss needs you to produce 100g of water from this reaction. How many moles of the hydrocarbon you used in your reactants will you need to accomplish this?
12. Your final reaction of the day is the neutralization reaction that will occur between your remaining substances. Write the complete, balanced equation for this reaction. Be sure to show your work for balancing your equation.

13. What is another term for this type of reaction?