It is impossible
to enjoy idling thoroughly
unless one has
plenty of work to do.
-
Jerome K. Jerome
Textbook:
Introductory Chemistry
Concepts and Connections 4th
Edition by Corwin
(pg 250-279).
10.1 INTERPRETING A CHEMICAL EQUATION (pg 251-253)
• To relate the coefficients in a balanced chemical
equation to:
(a) moles of reactants and products
(b) liters of gaseous reactants and
products
10.2 MOLE-MOLE RELATIONSHIPS (pg 254-255)
• To relate the number of moles of two substances in a
balanced chemical equation.
10.3 TYPES OF STOICHIOMETRY PROBLEMS (pg 255-257)
• To classify the three basic types of stoichiometry
problems;
mass-mass, mass-volume, and
volume-volume.
• To state the procedure for solving a
stoichiometry
problem, given the balanced equation.
10.4 MASS-MASS PROBLEMS (pg 257-259)
• To perform mass-mass stoichiometry calculations.
10.5 MASS-VOLUME PROBLEMS (pg 260-262)
• To perform mass-volume stoichiometry calculations.
10.6 VOLUME-VOLUME PROBLEMS (pg 262-265)
• To perform volume-volume stoichiometry calculations.
10.7 THE LIMITING REACTANT CONCEPT (pg 265-267)
• To explain the concept of a limiting reactant.
• To identify the limiting reactant in a chemical reaction,
given the number of moles of each reactant.
10.8 LIMITING REACTANT PROBLEMS (pg 267-271)
• To perform mass-mass stoichiometry calculations
involving a limiting reactant.
• To perform volume-volume stoichiometry
calculations involving a gaseous limiting reactant.
10.9 PERCENT YIELD (pg 271-272)
• To calculate the percent yield for a reaction, given
the actual yield and theoretical yield.
AP CHEM
[details]
AP Chem
February 8, 2021
Begin Ch 17:
Buffers, Titrations and Solubility Equilibrium
video 1 - Common Ion Effect
video 2 - Common Ion Calculations
video 3 - Buffers