Stoichiometry
Resources on these topics pages are here to assist you in your mastery of course content. None of the work, etc, on these pages are 'required,' so to speak. It is provided for you to use as fits into your overall approach to studying for this course.
General and detailed objectives give you an idea of how you will be assessed over each objective and can serve as a 'study guide' of sorts
Slides are the raw material from which I build my in-class lectures. Annotated slides will be provided after lectures on the course schedule.
When available, Reading Guides are provided to assist you in taking and organizing notes as you read the textbook.
Any supplemental videos provided are produced by myself other chemistry education professionals.
Any additional practice provided contains answer keys, so that you may check your work.
Stoichiometry Objectives
Understand and use the mass/mole relationship as it relates to chemical reactions.
Identify limiting reactants and calculate theoretical and percent yields
Use stoichiometry in order to conduct quantitative analyses
Objective 1: Understand and use the mass/mole relationship as it relates to chemical reactions.
Upon successful completion of this objective you should be able to;
Explain the concept of stoichiometry as it pertains to chemical reactions
Use balanced chemical equations to derive stoichiometric factors relating amounts of reactants and products
Perform stoichiometric calculations involving mass, moles, and solution molarity
Objective 2: Identify limiting reactants and calculate theoretical and percent yields
Upon successful completion of this objective you should be able to;
Explain the concepts of theoretical yield and limiting reactants/reagents.
Derive the theoretical yield for a reaction under specified conditions.
Calculate the percent yield for a reaction.=
Objective 3: Use stoichiometry in order to conduct quantitative analyses
Upon successful completion of this objective you should be able to;
Perform computations relating a solution’s concentration and its components’ volumes and/or masses using these units
Describe the fundamental aspects of titrations and gravimetric analysis.
Perform stoichiometric calculations using typical titration and gravimetric data.
Supplemental Videos
Prof Staples: Stoichiometry - Mass Relationships
Prof Staples: Stoichiometry - Limiting Reactants
Prof Staples: Limiting Reactant Methods
Prof Staples: Lecture Examples
Prof Staples: Real Life Limiting Reactant Example
Prof Staples: Combustion Analysis
Prof Staples: Solution Stoichiometry
Prof Staples: Titrations
Michael Evans: Reaction Stoichiometry]
Michael Evans: Reaction Yields Pt 1
Michael Evans: Reaction Yields Pt 2
Michael Evans: Combustion Analysis
Michael Evans: Combustion Analysis of CHX Compounds
Chad's Prep: Solution Stoichiometry
Extra Practice
Stoichiometry - Mass Relationships (KEY)
(note, error in key...page 3, #3b, the molar mass of Na3AlO3 should be 143.95 g/mol, which changes the final answer to 197.9 g)