<p>Name ______Date ______Period ______Mole Ratios</p><p>Part I - Mole Ratio Practice For each of the following, balance the equation and determine the mole ratio specified in the problem. Remember your units.</p><p>1. _____ Fe + _____ H2O → _____ Fe3O4 + _____ H2</p><p>What is the mole ratio of Fe to Fe3O4? :</p><p>2. _____ Ni + _____ I2 → _____ NiI2 </p><p>What is the mole ratio of Ni to NiI2?</p><p>3. _____ AlBr3 + _____ Cl2 → _____ AlCl3 + _____ Br2</p><p>What is the mole ratio of AlCl3 to Br2?</p><p>4. _____ Al + _____ Pb(NO3)2 → _____ Al(NO3)3 + _____ Pb</p><p>What is the mole ratio of Pb(NO3)2 to Al(NO3)3?</p><p>5. _____ Sb + I2 → _____ SbI3 </p><p>What is the mole ratio of I2 to SbI3? Part II - Mole to Mole Conversions For each of the following, balance the equation and find the missing quantity by setting up a proportion using the mole ratio found using the coefficients from the balanced equation. For example, if the mole ratio is 1 mol:2 mol and the new quantity for the first substance is 5 mol, the equation would be set up as:</p><p>1 mol 5 mol ------= ------Cross multiply and solve : 1 (x) = 2 (5 mol) 2 mol x x = 10 mol of the second substance</p><p>1. How many moles of oxygen gas will react with 2 moles of methane gas (CH4) according to the following equation:</p><p>CH4 + O2 → CO2 + H2O</p><p>2. In the reaction AlCl3 → Al + Cl2 , how many moles of chlorine gas are produced when 2.4 moles of aluminum chloride decomposes?</p><p>3. Sodium reacts with fluorine to produce sodium fluoride in the reaction shown below. If 4.60 moles of sodium react, how many moles of fluorine were used in the reaction?</p><p>Na + F2 → NaF</p>