In this course you will learn about some of the important topics in chemistry. We will start with some essential math skills and use these to cover such topics as density, atomic structure, the nature of light, nuclear chemistry, molecular structure, gases, heat and chemical reactions. The textbook for the course is Investigating Chemistry: A Forensic Science Perspective, 2nd edition by Matthew E. Johll. Published by W.H. Freeman and Co., ©2009
The grading policy of Chemistry 3 is designed to reflect how much work you put into learning. If you put in the effort to learn the material you will do well. Your grade will be based on the following categories.
If you are tardy or miss class you must present me with an absence slip from the main office. This will clearly indicate whether it was excused or unexcused. If you come to class without one you will be asked to go to the office to obtain it.
If you miss class, and it is an excused absence, then you may make up the work you missed. You must see me before class starts or after it has ended and ask for the work. It is your responsibility to find out what you missed and to do it. You must complete the work no later than the due date plus the number of days absent or the usual late penalties will apply.
Lateness is not acceptable unless you were absent and have shown me proper documentation to prove your absence was excused. Arrangements to hand in work missed when absent must be made at the first class meeting upon your return. Late work is subject to a penalty of 25 points on a 100 point assignment. Late work will be accepted only within two days of the original due date. After that it will not be accepted. An incomplete lab handed in on time will not be eligible for a do-over. Incomplete work handed in late will not be accepted.
Safety is of paramount importance in the lab. Warnings of particular hazards will be given in the introduction to each lab activity. Students will be reminded once of safety rules. Students who do not heed such reminders will have to sit out the lab and take a zero.
I will be available after school Tuesdays and Wednesdays. Also, I usually arrive at school by 7 am at the latest so seeing me before school for help is also possible.
If you are struggling, make an effort to come and see me. In my experience this one action can improve your understanding (and your grades) immensely.
One of the most important ways to improve your grade in my class is to do well on tests and quizzes. In order to encourage you to come in for help with your preparation I will offer 5% in extra credit points on a quiz if you come in at least once to study in my room during office hours and actively ask me questions. This is a great opportunity to get together with friends to come in and ask questions and study together.
First Quarter | |||
Topic
and Time |
Materials
incl. Handouts and Problems |
Lab(s) | Quiz/Test |
Scientific Notation
3 hrs + 1 hr for quiz |
Group
Activity: Scientific Notation
Homework: Scientific Notation |
Lab:
Observing a Candle
2 hrs |
Quiz on Scientific Notation
Date: |
Chapter 1
Introduction to Forensic Chemistry 3 hrs + 1 hr for PSet + 1 hr for quiz |
Problem Set: 1 2 3 7 9 12 14 15 17-41(odd) 47 48 50
Modeling the Molecular Level |
Lab:
Measurement and Significant Figures
Precision vs. Accuracy Activity: Significant Figures with Calculations Homework: Significant Figures 3 hrs |
Quiz on Chapter 1
Date: |
Chapter 2
Evidence Collection and Preservation 2 hrs + 1 hr for PSet + 2 hrs for quizzes + 2 hrs for test also, see at right for supplemental materials (total of 8 hrs) |
How to
Write Scientific Explanations
Mass vs. Weight for in-class discussion Group Activity: Dimensional Analysis 4 hrs Homework 1: Dimensional Analysis Homework 2: Dimensional Analysis Group Activity: Metrics 3 hrs Homework: Metrics Square and Cubic Units Construction Group Activity: Square and Cubic Units 1 hr Homework: Square and Cubic Units Group Activity: Density Homework: Density Graphing for Density Explanation of Flotation for in-class discussion Problem Set: 1 3 4 5 6 8 12-14 15-19(odd) 29-53(odd) 63 64 68 73 75 83 |
Lab:
Density
2 hrs + 1 hr computer lab |
Quiz on Dimensional Analysis, Metrics, Sqr/Cub Units
Date: Quiz on Chapter 2 Date: |
Second Quarter | |||
Topic
and Time |
Materials
incl. Handouts and Problems |
Lab(s) | Quiz/Test |
Chapter 3
Atomic Clues--Atomic Theory 3.1 - 3.7 3 hrs + 1 hr for PSet + 1 hr for quiz also, see at right for supplemental materials (total of 2 hrs) |
Atomic
Structure and the Periodic Table 1 hr
Atomic Structure Homework Group Activty: Average Atomic Mass 1 hr Average Atomic Mass homework. Problem Set: 5 6 7 9 11 12 22-26 41-51(odd) 79 80 |
Lab:
Conservation of Matter
2 hrs Lab: Atomic Mass and Average Atomic Mass 2 hrs |
Quiz on Chapter 3
--Atomic Theory Date: Quarter 1 Test Date: |
Chapter 3
Atomic Clues--Light 3.8 - 3.9 2 hrs + 1 hr for PSet + 1 hr for quiz also, see at right for supplemental materials (total of 4 hrs) |
Group
Activity: Light 3 hrs
Homework: Light Additional Problems: Light Activity: Graphing Wavelength, Frequency and Energy 1 hr Problem Set: 29-35 59-67(odd) 81 84 87 |
Pre-lab: Flame
Tests due on the first day of the lab
Lab: Flame Tests 1 hr Lab: Hydrogen Atom Simulator Do problems 1 - 5 for homework. The rest of the questions will be answered using an online simulator (link is on the lab page). 2 hrs (computer lab) Pre-lab: Atomic Emission lamps due on the day of the lab Lab: Atomic Emission Lamps 1 hr Lab: Spectrophotometry Basics 2 hrs |
Quiz on Chapter 3
--Light Date: |
Chapter 3
Atomic Clues--Electron Configuration 3.10 - 3.11 2 hrs + 1 hr for PSet + 1 hr for quiz + 2 hrs for test also, see at right for supplemental materials (total of 1 hr) |
Activity:
Electron Configuration 1 hr
Homework: Electron Configuration Homework: Waves vs. Particles Problem Set: 36-40 69-77(odd) 89 90 |
Lab:
Glurch and Oobleck a fun activity in which the
properties of colloids and polymers are investigated.
2 hrs |
Quiz on Chapter 3
--Electron Configuration Date: |
Chapter 12
The Nuclear Age: Energy, Medicine, Weapons, and Terrorism 2 hrs + 1 hr for PSet + 1 hr for quiz also, see at right for supplemental materials (total of 5 hrs) |
Group
Activity: Introduction to Nuclear Chemistry 3 hrs
Group Activity: Radiation 1 Alpha and Beta Radiation Group Activity: Radiation 2 Positron and Electron Capture Radiation and Radiation Exposure 1 hr (both) Group Activity: Half-life Basics Homework: Radiation 1 hr Problem Set: 1 2 5-12 15 16 22 29 33-37 39-41 44 45 |
Lab:
Electrified Objects
1 hr Van de Graff Generator Demonstration 1 hr Lab: Geiger Counter 2 hrs Half-life with PhET Simulation (by Chris Bires) |
Quiz on Chapter 12
Date: Quarter 2 Test Date: |
Fourth Quarter | |||
Topic
and Time |
Materials
incl. Handouts and Problems |
Lab(s) | Quiz/Test |
Chapter
4
Chemical Evidence Stoichiometry 4.10 - 4.11 |
Demo:
Stoichiometry
Stoichiometry Start-up Activity: Stoichiometry Homework: Stoichiometry Inquiry Activity: Limiting Reagent Demonstration Activity: Stoichiometry with Limiting Reagent and Percent Yield Homework: Stoich. w/LR and % Yield Additional Stoichiometry Problems |
Lab:
Stoichiometry
2 hrs Lab: Empirical Formula of Iron Oxide 2 hrs |
Quiz on Stoichiometry |
Chapter 5
Chemistry of Bonding: Structure and Function of Drug Molecules |
How to
Draw Lewis Diagrams
Molecules to Draw Lewis Diagrams for Building Models and VSEPR Shapes (not avail. online) Homework: Drawing Lewis Diagrams Problem Set: to be determined |
Building Models
2 hrs |
Quiz on Chapter 5
Date: |
Chapter 10
Chemistry of Explosions: Gases |
Activity:
Gas Laws as Proportions
Problem Set: 25, 31a, 31b, 33a, 33b, 35a, 35b, 37a, 37b, 39a, 39c, 41a, 41b, 45, 47, 49, 55, 59 |
Lab:
Boyle’s Law with Vernier Probe
2hrs |
Quiz on Chapter 10
Date: Quarter 4 Test Date: |