1. Mole to Mole Calculations
You will need a calculator, your periodic table, a buddy and your “cheat sheet”

2. Objective
Students will apply the mole concept in writing by converting moles of 1 substance to moles of a 2nd substance by using content language (moles and coefficiants) supports include class notes, periodic table, calculator, naming rules and shoulder partners.

3. ___ Mg + ___ O2  ___ MgO “I DO”… Step 1: Balance the equation
Step 2: Write out the mole ratios
2 moles Mg, 1 mole O2, 2 moles MgO
Step 3: Write out the chemical formula in words
It takes two moles of magnesium AND one mole of oxygen to produce two moles of magnesium oxide (need to remember naming)

4. ___ Sb + ___ Cl2  ___ SbCl3 “WE DO”… Step 1: Balance the equation
Step 2: Write out the mole ratios
___ moles Sb, ___ moles Cl2, ___ moles SbCl3
Step 3: Write out the chemical formula in words
It takes ____ moles of __________ AND ___ moles of ___________ to produce ___ moles of Antimony trichloride (need to remember naming)

5. __ Fe + __ HCl  __ FeCl2 + __ H2
“YOU DO”…
Step 1: Balance the equation
__ Fe + __ HCl  __ FeCl2 + __ H2
Step 2: Write out the mole ratios
__ mole Fe, __ moles HCl, __ mole FeCl2, __ mole H2
Step 3: Write out the chemical formula in words
It takes ____ moles of _________AND ___ moles of ___________ to produce ___ moles of ____________ AND ___ moles of ____________. (need to remember naming)

6. ___ Mg + ___ O2  ___ MgO “I DO”….
If you have 3.56 moles of magnesium, how many moles of oxygen will be produced?
Step 1: Balance the equation
___ Mg + ___ O2  ___ MgO
Step 2: Write out what you know from the problem
Step 3: The moles you know goes on the bottom, the moles you are looking for goes on the top.
3.56 moles of Mg

7. ___ Sb + ___ Cl2  ___ SbCl3 “WE DO”…. Step 1: Balance the equation
If you have 19.0 moles of chlorine, how many moles of antimony trichloride will be produced?
Step 1: Balance the equation
___ Sb + ___ Cl2  ___ SbCl3
Step 2: Write out what you know from the problem
Step 3: The moles you know goes on the bottom, the moles you are looking for goes on the top.
19.0 moles of ___

8. __ Fe + __ HCl  __ FeCl2 + __ H2
“YOU DO”….
If you have 3.2 moles of hydrogen, how many moles hydrogen chloride will be produced?
Step 1: Balance the equation
__ Fe + __ HCl  __ FeCl2 + __ H2
Step 2: Write out what you know from the problem
Step 3: The moles you know goes on the bottom, the moles you are looking for goes on the top.
___ moles of _____