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MONDAY |
WEDNESDAY |
Exams &
Quizzes |
FRIDAY |
LABORATORY |
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1/7 (1)
Course syllabus;
Chap 1:
Classification of Matter |
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1/9
(2)
Chap 1: Classification of
Matter; Properties of Matter
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No Lab This Week |
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1/12 (3)
Chap 1: Dimensional Analysis; Chap 2:
Atomic Theory of Matter |
1/14 (4)
Chap 2: Modern
View of Atomic Structure; Atomic Weights |
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1/16 (5)
Chap 2: The Periodic Table; Molecules and
Molecular Compounds
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Experiment 1
Significant Figures and
Density
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1/19
MARTIN LUTHER KING DAY
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1/21 (6)
Chap 2:
Ions and Ionic Compounds;
Naming Inorganic Compounds |
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1/23 (7)
Chap 3: Chemical Equations; Patterns of
Chemical Reactivity; Atomic and Molecular Weights
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Experiment 2
Chromatography I:
Paper
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1/26
(8)
Chap 3: The Mole |
1/28 (9)
Chap 3: Empirical Formulas from
Analyses |
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1/30 (10)
Chap 3: Quantitative
Information from Balanced Equations |
Experiment 3
Formulas and Equations
Quiz 1
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2/2 (11)
Chap 3:
Quantitative Information from
Balanced Equations |
2/4 (12)
Review for Exam 1 |
Exam 1
2/5
8-9 pm |
2/6 (13)
Chap 3:
Limiting Reactants; Percent Yield
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Experiment 4
Fractional Crystallization
|
2/9 (14)
Chap 4: General Properties of Aqueous
Solutions; Precipitation Reactions |
2/11 (15)
Chap 4: Precipitation
Reactions; Acid-Base Reactions |
| 2/13 (16)
Chap 4: Concentrations of Solutions; Solution
Stoichiometry and Chemical Analysis
| Experiment 5
Stoichiometry: Loss of
CO2 |
2/16 (17)
Chap 5: The Nature of
Energy |
2/18
(18)
Chap 5: The First Law of
Thermodynamics |
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2/20 (19)
Chap 5: Enthalpy;
Enthalpies of Reaction |
Experiment 6
Aspirin Synthesis
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2/23 (20)
Chap
5: Calorimetry
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2/25 (21)
Chap 5: Hess's
Law
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2/27 (22)
Chap 5: Enthalpies of Formation
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Experiment 7
Lab
Practical #1
Quiz 2
|
3/2 (23)
Chap 19: Spontaneous Processes; Entropy and
the Second Law of Thermodynamics
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3/4 (24)
Review for Exam 2 |
Exam 2
3/5
8-9 pm |
3/6 (25)
Chap 19: A Molecular Interpretation of
Entropy |
Experiment 8
Calorimetry |
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No Lab This Week
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3/16
(26)
Chap 19: Calculation of Entropy
Changes
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3/18 (27)
Chap 19: Gibbs Free Energy; Free-Energy and
Temperature
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3/20 (28)
Chap 6: The Wave Nature of Light; Quantized
Energy and Photons
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Experiment 9
Hess' Law
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3/23 (29)
Chap 6: Bohr's Model of the Hydrogen Atom;
The Wave Behavior of Matter
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3/25 (30)
Chap 6: Quantum
Mechanics and Atomic Orbitals; Representation of Orbitals
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3/27 (31)
Chap 6: Orbitals in Many-Electron Atoms;
Electron Configurations |
Experiment 10
Exchange Reactions
Quiz 3
|
3/30 (32)
Chap 6: Electron Configurations of Atoms and
Ions |
4/1 (33)
Review for Exam 3 |
Exam 3
4/2
8-9 pm |
4/3 (34)
Chap 7: Electron Configurations and the
Periodic Table |
Experiment 11
Unknown Solid
Identification
|
4/6 (35)
Chap 7: Electron Shells & Sizes of Atoms;
Ionization Energy; Electron Affinities
BLB Sections 7.6 - 7.8 to be read outside
of class.
|
4/8 (36)
Chap 8: Chemical Bonds, Lewis Symbols
& the Octet Rule; Ionic Bonding and Sizes of Ions |
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4/10
NO CLASS
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Experiment 12
Qualitative Analysis: Group I
|
4/13 (37)
Chap 8: Covalent Bonding;
Bond Polarity & Electronegativity |
4/15 (38)
Chap 8: Drawing Lewis Structures
|
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4/17 (39)
Chap 8: Drawing Lewis Structures; Resonance;
Exceptions to the Octet Rule
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Experiment 13
Atomic
Emission
|
4/20 (40)
Chap 8: Strengths of Covalent Bonds; Chap 9: Molecular
Shapes |
4/22(41)
Chap 9: VSEPR |
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4/24 (42)
Chap 9: VSEPR |
Experiment 14
Lab Practical #2
Quiz 4
|
4/27 (43)
Review for Exam 4
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