Methods of Teaching AP Chemistry for Novice
AP Chemistry Teachers Series
Topic #1 Nuclear/Atomic Theory
Topic #2 Bonding and IMF
Topic # 3 Solids, Liquids, Gases
Topic # 4 Electrochemistry
Presented by
Presented by PWISTA Chemistry Team
Mark Langella , Veteran AP Chemistry, Honors Chemistry
Instructor and AP Consultant, Mahopac High School, Mahopac, New York
This
four Saturday institute will provide an opportunity for high school AP
Chemistry teachers to observe significant teaching demonstrations, perform
experimental procedures using computer interfaced equipment, and to review with
presenters a variety of topics covered in AP Chemistry.
The
institute will provide information and materials to participating teachers that
will:
Topics
to be covered will include:
AP Chemistry Program
|
Saturday 10/6/07 |
Saturday 12/01/07 |
Saturday 3/1/08
Cancelled Due to Weather Conditions Rescheduled for March 15th,
location Mahopac HS. |
Saturday 4/5/08 |
|
Types of Subatomic Particles
The Nucleus
Mass Spectroscopy and Isotopes
Stability of the Nucleus
Emanations
Separating Emanations
Half Life
Nuclear Chemistry Applications
Binding Energy
Atomic Structure
Rutherford Experiment
Cathode Ray Experiments
Atomic Structure Terms
Electromagnetic Radiation
Quantization of Energy
Photoelectric Effect
Bohr Atom
Spectroscopy
Orbital Model of Atom
Aufbau Diagram
Para magnetism
Quantum Model
• Computer Animations
• http://www.chemtopics.com/unit04/munit4.htm
• Absorption Spectrum using the overhead
• Coin Flipping simulation to determine graphical analysis of first
order process
• Isotopes Simulation
• Alpha Emitters- Americium and Thorium
• Geiger Counter Demonstrations
• Florescent Bulb Demonstration
Lab Activities
1. Determination of Para
magnetism using electron configuration and magnetic attractions
·
Paramagnetism
·
Aufbau
Process
·
Hunds Rule
·
Pauli
Exclusion Principle
2. Flame Test of Salt
Solutions
·
Emission
Spectroscopy and Electron transition
3. Spectroscopy of Gases
Using Discharge Tubes
Nuclear
Notes 1
Half Life Notes 2
Nuclear
Energy Notes 3
Ionizing
Radiation Notes
Nuclear
Applet
Chapter 21 Nuclear Chemistry
PowerPoint Presentation
Atomic
Applet
ATOMIC
Theory PWR PT
Atomic
Applet
Chapter 6 Electronic Structure of Atoms
Chapter
Notes
ATOMS/IONS
Atomic
Structure 1-Notes 4
Spectroscope
Notes 5
Wave
Theory Notes
Atomic
Applet
Atomic and nu/atomic theory.Office98.pdf
Periodicity
PowerPoint Presentation
LABs/flametests.pdf
LABs/Magnetic
Properties of Matter.pdf
-
GC13-Electron Configurations
GC14-The
Periodic Table
-
AP3-The Periodic Table
-
-
AP4-Electronic Structure
Atomic
Applet
GC6-Structure of the Atom
http--www.scienceall.com-sa0educ-01-02e-physics-bohr-bohr.html
The Wave Nature of Matter
debroglie
quantum_numbers
orbital_filling
ATOMIC
Theory PWR PT
ATOMS/IONS
Periodic table and config.
Atomic Applet
Atomic orbital movies
Electron Configuration
Electron Configurations
Chapter 6 Electronic Structure of Atoms
PowerPoint Presentation
|
Covalent Bonding and Molecules
Types
of Covalent Bonds
Nonpolar Covalent Bonds
Polar Covalent Bonds
Coordinate Covalent Bonds- Lewis Acids and Lewis Bases
Lewis Structures
Resonance
Hybridization
Molecular Geometry
Energy Effects on Molecules
Isomerism
Functional Groups
Interactions of Functional Groups
Classification of Molecules
Intermolecular Interaction
Dipole moments
Types of Compounds
Properties of Metallic, Molecular, Macromolecular and Ionic
Compounds
Lab
Activities
1. Using Chem Office to develop
Molecular models
·
Molecular modeling Computer
Programs
·
Lewis Structures
·
Molecular geometry
·
Valence bond: hybridization
of orbitals, resonance, sigma and pi bonds
·
VESPR
2. Intermolecular attractions Lab
·
Ion – Dipole Attractions
·
Dipole-Dipole Attraction
·
London Dispersion Forces
PWISTA2007/pwista 2007.doc
-
AP5-Chemical Bonding--General
-
GC15-Chemical Bonding
Bonding
Analogy
Chapter 8 Concepts of Chemical Bonding
Naming
Compounds
Naming
Compounds
GC7-Chemical
Formulas
Structural Form
Molecules and Bonding/C08-notes1.pdf
Molecules and Bonding/C08-Lewis structure rules.pdf
H2BondFormation.MOV
Hybridization.MOV
Hybridization
Molecular Structure
vsepr.mov
sp3
hybridization.mov
sp2hybridization.mov
sphybrization.mov
Ionic/Covalent
Orbitals/Covalent
Covalent
Bonding
PowerPoint Presentation
BondEnthalpy.swf
CoulombsLaw.dcr
LewisStructuresI.swf
LewisStructuresII.swf
FormalChargesMovie.MOV
H2BondFormation.MOV
LABs/Aspirin Package/Microscale Aspirin Synthesis and TLC.pdf
LABs/Mark's Labs and Demos/U3l-the shapes of molecules.pdf
Molecules and Bonding/IMF Attractions Lab 2007.pdf
Chapter 9 Molecular Geometries and Bonding Theories
CarbonDioxide.pdb
CarbonTetrachloride.pdb
ClF3.pdb
MolecularPolarity.dcr
NF3.pdb
ExcellentHybridization.swf
SulfurDioxide.pdb
SulfurTrioxide.mol
VSEPR.MOV
VSEPR
Review
Tutorial
PowerPoint Presentation
MolecularPolarity.dcr
OctetRule.swf
PeriodicTrendElctrngtvty.mov
PeriodicTrendLewisSymbol.swf
PowerPoint Presentation
Intermolecular forces
Attractions Chart
Molecule-ion attraction
Hydrogen Bonding
Molecules and Bonding/C09-AP questions .pdf
http://www.chemguide.co.uk/atoms/bonding/vdw.html
Molecules and Bonding/Intermolecular forces.pdf
Molecules and Bonding/C09-AP questions.pdf
INTERMOLECULAR BONDING - HYDROGEN BONDS |
Gas , Liquids and Solids
Real Gases versus Ideal
Gases
Ideal Gas Equation
Derivations based on
Ideal Gas Equation
Gases collected Over
Water
Kinetic Molecular
Theory
Van Der Walls Equation
Molecular Speeds
Diffusion and Effusion
Molecular Theory
related to Phases
Phase Changes
Entropy
Heating and Cooling
Curves
Interphases
Pressure
Vapor Pressure
Boiling Point and
Freezing Points
Vapor Pressure Curves
Phase Diagrams – Triple
point, critical point
Energy change during
phase changes
Viscosity
Surface Tension
Types of Solids and
Crystal Structure
Lab Activities
1. Avogadro's Hypothesis
·
Using
Graphical Analysis
2.
Determining The Molecular Mass of Butane
·
Partial
Pressures
3.
Determination of Boiling Points and Refractive Index of
Unknown Liquids
·
Refractive
index
4.
Freezing Point of Phenyl Salicylate
Super
cooling
Gas Laws
Gases/Molar Mass of Butane.pdf
Gases/NOTES-1.pdf
Gases/NOTES-2.pdf
Gases/NOTES-3.pdf
A Gas
Free Response practice
problems
LIQUIDS AND SOLIDS
Boiling
points in polar compounds
Critical
point
Manometer Experiment
Vapor
pressure
Vapor
pressure vs. temperature
Vapor
pressure of 3 liquids
Vapor
pressure
Vapor
pressure experiment
Molecules and Bonding/c05ho01.pdf
Solids, Liquids/Solid Structures.pdf
Solids, Liquids/Geology.pdf
http://www.chem.shef.ac.uk/chm131-1999/cha99ngs/
Crystals
Water
Molecules and Bonding/c05ho03.pdf
Solids, Liquids/Gas,Liquid,Solid Practice problems.pdf
http://en.wikipedia.org/wiki/Supercooling
AP10-States of Matter & IMF's
Solids and Liquids
|
Electrochemistry and Thermodynamics –
Oxidation and Reduction
Substances gaining
potential
Types of
electrochemical cells
Voltaic cells
Cell Potentials
Concentration
dependency of E
Nerst Equation
Cell potentials and
Equilibrium
Metal Electrodes
Reference Electrodes
Indicator electrodes
Applications of Voltaic
Cells
Electrolysis
Faraday’s Law
Electrolytic Cells
Order of reduction
Applications of
Electrolytic cells
Gibbs Free energy
Equation ( Free Work)
Relationship to
Equilibrium and Q
Relationship to E
Lab Activities
1.
Determination of Activity Series using single replacement reactions
in Gels
2.
Voltaic cell and Nerst Equation Lab
·
Variations of concentration effects
3.
Electrolysis of Aqueous Solutions Lab
4.
Copper Plating Lab
5.
Silver Electrode Reference Cell Lab
·
Making
Reference cells
Electrochem and thermodynamics/apchemtableofstandard_9793.pdf
Introduction To Redox
Concepts
Electrochem and
thermodynamics/Notes-1.pdf
Concepts
Electrochem and
thermodynamics/NOTES-2.pdf
Concepts
Electrochem and
thermodynamics/NOTES-3.pdf
Concepts
Electrochem and
thermodynamics/NOTES-4.pdf
Concepts
1970
Electrochemistry
Electrochemistry
Concepts
Electrochem and thermodynamics/electrochem 1.pdf
Concepts
Electrochem and thermodynamics/electrochem 2.pdf
Electrochem and thermodynamics/electrochem answer sheet.pdf
Concepts
Electrochem and thermodynamics/pH Probe Science.pdf
Concepts
Concepts
LABs/Mark's Labs and Demos/Updated Labs 2006/Electrolysis.pdf
LABs/Mark's Labs and Demos/Updated Labs 2006/ion determination.pdf
Metal Activity and Potential Lab
LABs/Mark's Labs and Demos/Updated Labs 2006/silvering bottle.pdf
LABs/Mark's Labs and Demos/Updated Labs 2006/U8L-CELL.pdf
LABs/Mark's Labs and Demos/Copper Plating Experiment.pdf
LABs/electroplate leaf.pdf |
(each area will include experimental work to support the concepts)
The course surveys the basic structure and content
necessary for an Advanced Placement Chemistry course. Chemistry topics such as
“how-to” problem solving, Acid and Base Chemistry will be presented along with
special emphasis on the descriptive chemistry of reactions. Class size,
selection of students, textbooks, and labs will also be addressed. Special
attention will be paid to teaching strategies as well as the AP exam and its
grading. Laboratory work, suitable for AP classes, will be incorporated into the
course. Participants will receive examples of past AP exams, appropriate tests,
worksheets, and lab experiments.
This program is designed for Novice AP Chemistry
Instructors with less than Six Years AP Experience.
Date: October 6, 2007, December 1, 2007, March 1st ,
2008, April 5th, 2008.
Time : 8:30 AM-4:00 PM
Cost: $595.00 ( includes Breakfast and Lunch)
Place: Science Wing, Mahopac High School, Mahopac, New York
Sponsored by: PWISTA
Credit : A 30-hour
certificate toward in-service credit will be issued for use according
to your school district’s policy.
Manhattanville College - Three Graduate Science Education Credits available upon completion
of Project at an additional cost of
$ 870.00.
SUNY Purchase [Chemistry BCH.1020 ]-Two Undergraduate Chemistry Credits
available upon completion of project at an additional cost of $430.00 .
For college credit information
contact:
Dr. Peter Corfield, 914-251-6675
Peter W. R. Corfield, Ph. D.
Director, CSME & Visiting Professor of Chemistry Purchase College, SUNY
735 Anderson Hill Road
Purchase, NY 10577
Tel: 914-251-6675
Fax: 914-251-6635
Directions to Mahopac HS
Please make checks payable to PWISTA and mail to:
PWISTA , 67 Fassitt Drive, Mahopac, N.Y. 10541
Use online registration form below:
