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What is the ratio of the actual yield to the theoretical yield, multiplied by 100%?
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
For the reaction SO3 + H2O ® H2SO4, calculate the percent yield if 500. g of sulfur trioxide react with excess water to produce 575 g of sulfuric acid.
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
For the reaction Cl2 + 2KBr ® 2KCl + Br2, calculate the percent yield if 200. g of chlorine react with excesspotassium bromide to produce 410. g of bromine.
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
A balanced chemical equation allows one to determine the
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
In the equation 2Al2O3 4Al + 3O2, what is the mole ratio of aluminum to oxygen?
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
For the reaction 2Na + 2H2O -- 2NaOH + H2, how many grams of NaOH are produced from 3.0 mol of water?
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
To determine the limiting reactant in a chemical reaction involving known masses of the two reactants, which of the following would be most useful?
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
In the equation 2KClO3---2KCl + 3O2, how many moles of oxygen are produced when 3.0 mol of KClO3 decompose completely?
calculating the mass of a single product formed from each reactant
91.0%
mole ratio of any two substances in the reaction.
93.9%
4:3
120. g
percent yield
4.5 mol
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