Download Chemistry Planned Course Statement Information

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Chemistry Planned Course Statement Information
--------------------------------------------------------------------------------------------------------Title:
Chemistry (A/B)
Teacher:
Brittany Hartmann (Ms. H)
Course Website:
http://hscienceclasses.weebly.com
Length:
2 Semesters
Required?:
Elective
Unit of Credit:
1
Prerequisites:
Algebra 1
Co-requisites:
Algebra II
Text:
Addison-Wesley Chemistry – 2002; Publisher:
Prentice Hall; Authors: A. Wilbraham, D. Staley,
M. Matta, E. Waterman
Supplementary Materials:
Videos; Articles; Worksheets; Lab Materials; Etc.
Materials You Need:
Scientific (or graphing) Calculator
Quad Ruled Composition Book
--------------------------------------------------------------------------------------------------------Course Description/Key Concepts:
The science of chemistry is a study of the properties, structure and behavior of matter.
This course is designed to give students (who intent to go on to college and/or pursue a career in
a science or health related field) an introduction to the basic terms, concepts, and problem
solving techniques that deal with the makeup of matter.
Topics of study include: the chemical makeup of matter (atomic theory), behavior of
matter (kinetic theory), behavior of electrons and their effect on matter (quantum theory),
organization of matter (periodic table), and the interaction of matter in chemical bonding
--------------------------------------------------------------------------------------------------------Course Outline:
SEMESTER 1: 77 Days
I. Measurement
A. Metrics: Standard Units & Conversions
B. Uncertainty, measurement error
C. Significant Figures
D. Problem solving with Dimensional Analysis (Factor and
Label System)
II. Properties of Matter
A. Phases: solid, liquid, gas, & plasma
B. Classification of matter: elements, compounds, mixtures,
solutions, heterogeneous mixtures
C. Properties & changes: physical vs. chemical
D. Energy: measurement and transfer in chemical changes
III. Atomic theory
A. History of atomic models
B. Atomic structure: p+, n, eC. Isotopes and ions
D. Radioactivity
# of
Days:
Assessments and
Activities:
1
1
2
6
Density Lab
Measurement Test
Problem Solve Test
2
3
2
2
2
2
2
7
NGSS
Alignment:
HSPS All
HSPS1.4
HSPS1.5
Chemical Change Lab
Matter Test
History Activity
Isotopic Penny Lab
Atomic Theory Test
HSPS1.2
HSESS1.3
HSPS1.8
E.
IV. Quantum Theory
A. Quantum #’s: level, sub level, orbital, & spin
B. Electron dot and orbital filling diagrams
C. Electron configurations
D. Periodic table
E. Spectroscopy: electromagnetic spectrum, light
production
F. Predicting Oxidation #’s
V. Bonding and Nomenclature
A. Elements & symbols
B. Octet rule
A. Ionic, Covalent and Metallic bonds
C. Compounds & writing formulas
D. Lewis Dot Structure
E. Acid Base Naming Rules
VI. Moles and Formulas
A. Formula mass & Avogadro’s number
B. Mole conversions
C. Empirical vs. Molecular Formulas
D. Diatomic Elements
VII. Final Semester I Review and Assessment
SEMESTER 2: 77 Days
VIII. Chemical Reactions
A. Chemical equations: write, predict, identify, and balance
i. Combination
ii. Decomposition
iii. Single Replacement
iv. Double Replacement
B. Net Ionic Equations
IX. Stoichiometry
A. Coefficients in a chemical equation
B. Mole Ratios
C. Mass/volume/particles/energy conversions
D. Limiting and Excess Reagents
E. % yield
X. Solutions and Acid Base Reactions
A. Solubility
B. Solute and Solvent
C. Molarity
D. Acid Base Neutralization Reactions
XI. Chemical Bonding: VSPER and IMF
B. Electro-negativity & bond character
C. Types of radii: atomic, ionic, covalent, van der Waals
D. Geometry of molecules: electron pair repulsion theory
and resonance theory
E. Molecules: sigma/pi bonds; hybrid molecules
2
2
2
2
2
5
5
2
# of
Days:
HSPS1.1
HSPS1.2
Emission lab, flame
test lab
Spectroscopy Test
QuantumTheory Test
Periodic Table activity
Element Quiz
Formula Writing Test
Balancing Equations
lab and Test
Ionic Compound Lab
HSPS1.3
HSPS1.4
Empirical Formula lab
Hydrate Lab
Moles and Formulas
Test
HSPS1.7
Assessments and
Activities:
SR Lab
DR Lab
Chemical Reactions
Test
NGSS
Alignment:
HSPS1.2
HSPS1.4
HSPS1.7
2
4
2
4
2
1
2
3
1
2
3
2
Rocket Lab
Mole Ratio Lab
Inquiry Lab
Stoichiometry Test
Titration Lab
Preparing Solutions
Solutions/Acid-Base
Reactions Test
Triple Point of Dry Ice
Bubble Lab
Chemical Bonding Test
HSPS1.2
HSPS1.7
HSPS1.3
HSPS1.4
F. Polar Molecules
XII. Gas Laws
A. Temperature, volume and pressure of a gas
B. Boyle’s, Charles, and Gay-Lussac’s Laws
C. Gas-Stoichiometry Problems
D. Grahams Law of Diffusion
E. Ideal versus Real Gas Behavior
XIII. Semester II Final Review and Assessment
Alka-Seltzer Gas
Stoichiometry Lab
Gas Laws Test
HSPS1.2
HSPS1.7
All