Group
#
1
2
3
4
Chapters - topics covered
Chapters 1-5 – chemical & physical change, mixtures and
substances, density, conservation of mass, atomic
structure, atomic #, isotopes, & electron configuration
Chapters 6-9 - Grouping PT/ classifying elements, atomic
trends, valence electrons, cation/anion, properties of
ionic and covalent compounds, naming compounds,
polyatomic ions
Chapter 10 – The mole, avagadro’s #, molar mass,
dimensional analysis (moles, particles, liters, mass),
percent composition (% mass) of a compound, empirical
and molecular formulas
Chapter 11- How to write word & symbol equations,
catalysts, balancing, 5 types of reactions, predicting
reactions, identifying precipitates
Due
Date
6/12
6/12
6
7
8
34- #34
58- #35,36,44,45,46,48,54
96- #74,76
122- #34,39,40,44,46-51
149- #32,34,50,
181- #27,30,36,38,43
207- #31,41,55
247- #43,44,
281- #42,43,47,51,53,57,60
315- #53,62,63,65
6/12
347- #48,49,52
6/12
Chapter 12 – Stoichiometry (mole-mole, gram-gram),
limiting reactants, percent yield
5
Book page & problems
379- #40,45,46,47,51
6/13
Chapter 13&14 – Kinetic molecular theory, phase
diagram (phase changes), Boyle’s/ Charles’/ Gay-Lussac’s
gas laws, ideal gas law (both calculations and
relationships!)
Chapter 16 – Solubility, saturation, factors that affect
solubility/dissolving, molarity, dilutions, molality, water
is polar, like dissolves like
Chapter 17 – Heat, temperature, Kinetic energy, heating
curve, endothermic & exothermic, specific heat,
enthalpy, heat of reaction, heat of solution, heat of
combustion, heat of fusion, heat of vaporization
407- #33,49,50
439- #46-49, 55, 59
6/13
500- #44,47,51,52
6/13
535- #38,46, 55 (a&b), 73,75
6/13
Acids & Bases (chapter 19):
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General Neutralization reactions (acid + base -> ?)
Calculating pH & pOH
Concentration of H+ ions vs pH
o Would a low pH have a high concentration of H+ ions or low concentration of H+ ions? (hint:
low pH means acidic)
o Would a high pH have a high concentration of H+ ions or low concentration of H+ ions?
Concentration of OH- ions vs pH
o Would a low pH have a high concentration of OH- ions or low concentration of H+ ions
o Would a low pH have a high concentration of OH- ions or low concentration of H+ ions
Loose Ends:
Polarity: This is more like a scale (like the pH scale) where you can be nonpolar, slightly polar, kind of polar, and REALLY polar.
The like-dissolves-like principle still applies: slightly polar dissolves slightly polar really well and really polar dissolves really
polar. This slightly-kinda polar is sometimes called “polar covalent”. (Water is polar covalent, which is STILL polar)
Covalent bonds: We didn’t spend a lot of time on these. As far as properties are concerned, they are (generally) the opposite
of ionic. If ionic is strong, covalent is weak. If ionic has high melting/boiling point, covalent has a low melting/boiling point.
Ionic can conduct electricity (electrolyte), covalent compounds generally cannot.