Stoichiometry worksheet - Head-Royce
Stoichiometry worksheet - Head-Royce
Stoichiometry worksheet - Head-Royce
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Name___________________________ Partner’s Name______________________<br />
<strong>Stoichiometry</strong> <strong>worksheet</strong><br />
All data and answers will be collected in the table on the back page:<br />
Use the back of the sheets for extra space.<br />
You do not need to replicate your partner’s work, just enter it in the table.<br />
What is the name and formula of your compound?<br />
Calculate the molar mass of your compound. Show your work. Two sigs after the<br />
decimal point will be fine, using our periodic table.<br />
Write a balanced double replacement reaction between your two compounds.<br />
+ → +
Start with 10.00g of whichever compound comes first alphabetically:<br />
Both of you do this part… check each other’s work.<br />
How many moles of the first compound do you have?<br />
How many moles of the other compound will you need for a complete reaction?<br />
How many grams will this be (of the 2 nd compound)?<br />
Each partner choose one of the two products:<br />
How many moles of your product will you make?<br />
What is the molar mass of your product? Your partner will calculate the other molar<br />
mass.<br />
How many grams of your product did you make? How about your partner’s product?
Name<br />
Compound<br />
name<br />
Compound<br />
formula<br />
Molar mass<br />
(g/mol)<br />
Mass of this<br />
compound (g)<br />
Moles of this<br />
compound<br />
(mol)<br />
Compound<br />
name<br />
Compound<br />
formula<br />
Molar mass<br />
(g/mol)<br />
Mass of this<br />
compound (g)<br />
Moles of this<br />
compound<br />
(mol)<br />
Your Information<br />
About the reactants<br />
About the products<br />
Your Partner’s Information<br />
At the very end, and only then…. Double-check your work using conservation of mass.<br />
______________g + _______________g =? ________________g + ____________g