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  1. Introduction
  2. Atomic Structure
  3. Energy
  4. Ionic Bonding
  5. Covalent Bonding
  6. Physical Properties
  7. Stoichiometry
  8. Chemical Rxns & Equations
  9. Equilibrium
  10. Acids & Bases
  11. Thermo
  12. Oxidation & Reduction
  13. Organic Chemistry
  14. Nuclear Chemistry
  15. Environmental Chemistry
 
 
 
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Unit 7: Stoichiometry

Guiding Questions:

  • How are dosages determined?
  • How are toxins measured and controlled?
  • Which is better: eating beans and rice at separate meals or together?

What you should learn:

Unit outline

  1. The dimension analysis method for handling quantities involved in a chemical reaction is based on proportions of the substances involved and is an important tool that allows for the measurement of all quantities in a chemical reactions - mass, volume, concentration, energy, etc.
  2. Stoichiometric calculations allow one to make important measurements to ensure the health of people and animals.

More Specifically...:

  • State that chemicals react according to stoichiometric ratios (mole ratios)
  • Calculate concentrations using molarity
  • Solve Stoichiometry problems to convert the following
    1. mole-mole;
    2. mass-mass;
    3. mole-mass;
    4. mass-volume;
    5. mole-volume; and
    6. volume-volume.
    7. Molarity-molarity
    8. Molecule-molecule
    9. Atom/ion-atom/ion
    10. Etc
  • Identify the limiting reactant (reagent) in a reaction.
  • Determine the limiting reactant and calculate theoretical yield and excess reactant.
  • Solve percent yield problems

Lecture Notes:

Assignments:

Labs:

Resources:

 

Stoichiometry

 

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