Stoichiometry
Limiting Reactants
Percent Yield
Conversion Examples
Percent Yield Examples
100

Stoichiometry use reactants and products to determine this.

What is the quantitative information in a chemical reaction?

100

This is the reactant that is used up first in a chemical reaction.

What are Limiting Reactants?

100

This is the amount of a substance produced according to the stoichiometric calculation.

What is Theoretical Yield?

100

This is how many moles that are in 30 grams of Boron.

What is 2.775 mol B?

100

This is the percent yield when 25 grams of H2O were produced, and the theoretical yield was 60.

What is 41.67%?

200

This is number used to convert Particles to Moles, and vice versa.

What is Avogadro's number?

200

This is the reactant in which there is enough to complete the reaction.

What is excess reactant?

200

This is the amount of substance that is produced in an experiment.

What is the Actual Yield?

200

This is the volume in 80 grams of Fluorine.

What is 94.33 L?

200

This is the actual yield when the percent yield is 95% and the theoretical yield is 30g.

What is 28.5 g?

300

This is what is used to convert moles to volume, and vice versa.

What is 22.4 L?

300

This is required in order to effectively compare the reactants.

What is the amount of a product that will be produced?

300

This is the rule that matter cannot be created nor destroyed.

What is the Law of Conservation of Matter?

300

This is the amount of particles in 67.13 L of Carbon.

What is 18.048 x 10^23?

300

This is the percent yield when 60 grams of CO2 were said to produce, but only 50 grams of CO2 actually produced.

What is 83.3%?

400

This allows us to convert mass to moles and vice versa.

What is Molar Mass?

400

The limiting reactant dictates this in a chemical reaction.

What is the amount of a substance that can be made?

400

This is what happens when an experiment is classified as impure.

What is when the percent yield is over 100%?

400

This is the mass of Nitrogen when it has the volume of 60.77 L.

What is 38 grams?

400

This is the percent yield when the theoretical yield of H2O was 56 grams, but only 50 grams were produced.

What is 89.29%?

500

This is the importance of balancing chemical equations

What is accurate information in reactions?

500

This is when you divide the moles of each reactant by its coefficient in the balanced equation.

What is the process of finding the limiting reactant?

500

This is the value you get when the actual yield is divided by the theoretical yield, and multiplied by 100.

What is the Percent Yield?

500

This is the amount of moles in a sample of Oxygen that has a volume of 44 L.

What is 1.96 mol O2?

500

This is the percent yield when 80 grams of CH4 were produced, but it was theorized that 95 grams would be produced.

What is 84.21%?