The 2019 Course and Exam Description and the AP Classroom

Important Links:

AP Central
Curriculum Framework
Verbs Document
Task Verbs: Page 218 Course and Exam Description
Formula Sheet: Page 229 Course and Exam Description
Science Practices: Emerging, Proficient and Advanced
Developing the Science Practices: Page 204 Course and Exam Description
EQUATIONS NOT FOUND ON THE FORMULA SHEET
PreAP Prior Knowledge
2020 Exam Format
AP Classroom

Session I: Particulate Level Representations

Classification of Matter - First Day Activity (Units 3.3, 3.8, 4.3)

Activity (Answers, Comments about the activity)

Chemical Equations and the Particulate Level (Unit 4.3, 4.5)

Questions (Answers)

Phase Changes at the Particulate Level ((Unit 3.3, 4.3)

Gas, liquid and solid (Concord.org)

Energy Transfer (Unit 6.3)

Energy Transfer (Concord.org)

Intermolecular Attractive Forces (Unit 3.1)

Hydrogen Bonding Intermolecular Attractive Forces (Concord.org)

Dipole-dipole and LDF Intermolecular Attractive Forces (Concord.org)

London Dispersion Intermolecular Attractive Forces

Dissolving solid (Unit 4.3, 4.5)

Heterogeneous mixture depicted at the particulate level (Concord.org)

Covalent solid dissolving in water (Concord.org)

Ionic solid dissolving in water (Concord.org movie)

Solution process lecture notes

Titration Curve Activities

Titration Curve PowerPoint (NOTE: This link will download a PowerPoint by Amy Zitzelberger and Jamie Benigna to your computer.)

Gas Law Simulation

For Mac users checkout these notes for running the Gas Laws Animation (old, MoLE, Java) (Unit 3.5) or Gas Laws Animation (.jnlp) (old, MoLE, Java/jnlp) (Unit 3.5) For Mac users checkout these notes to help the first time you download a .JNLP file.

Pressure/Volume Activity This is a guided inquiry activity that directs the student to invent the relationship between the pressure and volume, at constant temperature and moles of gas.
Pressure/Temperature Activity

Gas Law Animation (new, Pearson, HTML5)

Pressure/Volume Activity

Ionic Solids (lecture notes, Models 360 HTML5, Unit 2.2 and 2.3), (lattice Energies lecture notes)

metallic solids (Unit 2.1, 2.4 and 3.3) (Models 360, HTML5)

Covalent solids (Unit 3.3) diamond and graphite (Models 360, HTML5)

molecular solids (Unit 3.3)

First Law Thermodynamics Particulate (Unit 6)

Questions (Unit 6.1)

Calorimetry Simulation with particulate animations (Pearson, HTML5) (Unit 6.4, 6.5, 6.6)

Heat Transfer (calorimetry activity) (Unit 6.4, 6.5, 6.6)

Second Law Thermodynamics Particulate

Entropy (Lecture Notes)

Gas, liquid and solid (Concord.org)

Covalent solid dissolving in water (Concord.org)

Electrolysis (Unit 9.10)

Electrolysis Simulation (Pearson, HTML5)

Faraday's Law

BCE DCI ACA	Guided inquiry activity before, during and after class
Student Activity	Guided inquiry activity in laboratory Teacher Notes

 

Session II: Multiple Choice Mentality

Here is the slide of the PowerPoint Lisa used in this session of the workshop to breakdown a multiple choice question.

Images of the questions investigated during this session are coming soon.

Session III: Stoichiometry and Guided Inquiry (Unit 4.5)

Here is a pdf of the PowerPoint Lisa used in this session of the workshop.

Chemical Equations and the Particulate Level (LO1.18)

Questions (Answers)

Stoichiometry (Pearson HTML5 Next Generation Simulation)

Introduction to ICE/ICF Tables for stoichiometry (LO3.4)

Activity (Answers)

Doing Problems

Session IV: Chemical Kinetics and Mechanisms

Curriculum Module: AP® Chemistry Alternative Approaches to Teaching Traditional Topics

Introduction to Mechanisms: Animations

Mechanisms: Reaction between hydrogen and oxygen atoms.

2013 AP Chemistry Exam Question 5

2019 AP Chemistry Exam Question 6

Highlight and Rewrite - Strategy on Free-Response Questions>

Session V: Thermodynamics (Unit 6 and 9)

Here is a pdf of the PowerPoint Lisa used in this session of the workshop.

Units in Thermochemical Calculations (A classroom resource from the College Board)

Other Useful Web Site

Please e-mail john.gelder@okstate.edu if you have any question about the links on this website.

Pearson Project: Next Generation of Computer Simulations

Electrolysis (simulation, HTML5)

Faraday's Law

BCE DCI ACA	Guided inquiry activity before, during and after class
Student Activity	Guided inquiry activity in laboratory Teacher Notes
Article: Chapter 12	BCEs, DCIs and ACAs
Article : Chapter 9	Electrolysis simulation and activities

Chemical Equations

BCE DCI ACA

Guided inquiry activity before, during and after class

 

KMT (as of 10/14/16 still a draft version, HTML5)

Kinetic Molecular Theory

BCE DCI ACA

Guided inquiry activity before, during and after class

 

Student Activity

Guided inquiry activity in laboratory to investigate the relationship between pressure and volume Answers to the activity

 

Student Activity

Guided inquiry activity in laboratory to investigate the relationship between pressure and temperature Answers to the activity

 

Calorimetry (HTML5)

Mass, heat and temperature

BCE DCI ACA

Guided inquiry activity before, during and after class to invent the relationship between mass, heat and temperature

Specific heat

BCE DCI ACA

Additional activity to invent specific heat and it application

Heat of dissolution and heat of reaction

BCE DCI ACA

Using new simulation to investigate heat of dissolution and heat of reaction.

Heat of Transfer

Using new simulation to investigate heat transfer.

Future Simulations.....

Inquiry Activities Using BCEs, DCIs and ACAs

Electrochemical Cells

Cell Potential under non-standard conditions

MoLE Activities

Web Site

Before, During and After Class Learning Cycle Activities

Web Site (faculty web site...not for students)

Web Site (give this address to your students)

Tom Greenbowe's Simulations

Web Site

Additional Data Sources

Molecular Workbench

pHET

MERLOT

Chemical Education Digital Library

Roy Tasker

Sample BCE introduction

Particulate example (Meeting data, Spring 2014 data)

Macroscopic Example (Meeting data, Spring 2014 data)

Additional Links

iSpartan

VSEPR and additional WaveFunction apps

Session II: PhotoElectron Spectroscopy

Webcast by Jamie Benigna

Atomic Structure

PES Spectra for elements 1 - 21

Sample PES MC Questions