AP Chemistry

Course Description: Advanced Placement Chemistry is designed to be the equivalent of a first year college chemistry course.  While many required topics were covered in Honors Chemistry, they will of necessity be reviewed and covered in more depth in this course.  Additional topics include chemical equilibrium, acid-base theory, oxidation-reduction, thermochemistry, nuclear chemistry, and electrochemistry.  Laboratory work will be designed to complement that already completed in the first year course.  Laboratory emphasis will be placed on these topic mot already encountered.

Textbook: Zumdahl, Chemistry, Houghton Mifflin Company,  2000

Classroom Policies:

GRADING POLICY

Grades will be distributed among homework, class work, lab, quizzes, and chapter tests.  There will be a comprehensive midyear and a final exam.  Tests/Quizzes will count 60 % of the term grade.  Labs will count 25 % of the term grade.  Homework will count 15 % of the term grade. 

Example Test/Quiz Avg. 86% x 0.60 = 51.6
  Lab Report Avg. 92% x 0.25 = 23.0
  Homework 72% x 0.15 = 10.8
          Final 85.4

CLASS EXPECTATIONS

    A student's daily work and homework is extremely important.  Students are expected to complete daily/homework assignments on time and  participate in class in a positive manner by demonstrating each of the following:

  1. Having book, pencil, paper, and notebook in class daily 

  2. Putting out the best effort daily (taking notes when appropriate listening intently at other times)

  3. Behaving in a mature and studious manner 

  4. Participating in lab properly 

  5. Presence in the classroom, the entire class period.

CLASSROOM RULES

  1. Be in you seat before the bell rings and have all class material ready.

  2. Observe all safety procedures.

  3. Observe all rules in your Student Handbook.

  4. Individual grades or problems will not be discussed during class time.  If you have a question about a grade or class procedure; please see me after class.

TEACHING STYLE

    In 30 years of teaching high school science, I have never had a "student" to fail my class.  I define a student as one who; comes to class every day, completes all assignments, is eager to learn, and if needed is willing to stay after school for extra help.  If you fit the above description of a student, I guarantee that you will pass.

      A precise vocabulary is the foundation of any science.  The terms and phrases that I use in class must convey the same meaning (or image) to every student.  Occasionally we'll have philosophical discussions, and your vocabulary must also be precise.

      The main part of this course is solving mathematical word problems involving molecules, chemicals, and reactions.  Any math technique that you've learned in your math classes is fair game on the Chapter Tests.  I will attempt to go over, in detail, any mathematical techniques that we use.  Just as your history teacher expects you to "read at grade level" (11th and 12th), I expect you to do "math at grade level".

Chapter Objectives:

 Chemical Foundations Atoms, Molecules, and Ions Stoichiometry
Types of Chemical Reactions and Solution Chemistry Gases Thermochemistry
Atomic Structure and Periodicity Bonding: General Concepts Covalent Bonding: Orbitals
Liquids and Solids Properties of Solutions Chemical Kinetics
Chemical Equilibrium Acids and Bases Applications of Aqueous Equilibria
Spontaneity, Entropy, and Free Energy Electrochemistry Organic Chemistry
The Nucleus:  A Chemist's View

Chapter Resources:

     General Sources

 Chemical Foundations Atoms, Molecules, and Ions Stoichiometry
Types of Chemical Reactions and Solution Chemistry Gases Thermochemistry
Atomic Structure and Periodicity Bonding: General Concepts Covalent Bonding: Orbitals
Liquids and Solids Properties of Solutions Chemical Kinetics
Chemical Equilibrium Acids and Bases Applications of Aqueous Equilibria
Spontaneity, Entropy, and Free Energy Electrochemistry Organic Chemistry
The Nucleus:  A Chemist's View