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The International School of Panama
IB Chemistry HL b - 2004-05

http://www.columbia.edu/itc/chemistry/chem-cf1500/apparatus.html#

If a little knowledge is dangerous, where is the man who has so much as to be out of danger?
Thomas Henry Huxley

Course Name: IB Chemistry HL b

Instructor: Marta Ortiz De Zevallos MSc. MEd.
E-mail: martaodez@isp.edu.pa , Web page: https://www.angelfire.com/ms/martaodez ,

Level: 12th Grade

Class Schedule: Days and , Bolck , Room

Textbooks:  

General Goals:  (1) To help the students deeply understand matter, its structure, and its changes,providing them with opportunities for search and discovery.

                           (2) To help the students develop the skills necessary for solving application problems, involving simultaneously different topics.

Course Description: The IB Chemistry course the second year starts by testing the Environmental Chemistry option and doing related lab activities, in order for the students to be prepared for the Group IV Project. Then the students will finish the Inorganic Chemistry topics necessary to predict the behavior and structure of matter: kinetics, equilibrium, acid and bases, oxidation-reduction, analysis. Then Organic Chemistry is explored to set the basis for further studies in Chemistry and other sciences. The second option will will be Medicines and drugs or Biochemistry (The group decides). Chemistry, as other experimental sciences, rests firmly on the practical.

Course Content: Instructional units will be given at the beginning of each quarter, indicating the material that will be covered.
The outline that follows shows the topics that will be covered during the course.

1.- Environmental Chemistry (testing and labs)
     1.1 - Primary Air Pollution
     1.2 - Ozone Depletion
     1.3 - Greenhouse Effect and Global Warming
     1.4 - Acid Rain
     1.5 - Water Suitable for Drinking
     1.6 - Dissolved Oxygen in Water
     1.7 - Waste Water Treatment
     1.8 - Smog
     1.9 - Ozone Depletion
     1.10 - Toxic Substances in Water

2.- Kinetics
     2.1 - Rates of Reaction
     2.2 - Collision Theory
     2.3 - Rate Expression
     2.4 - Reaction Mechanism
     2.5 - Activation Energy

3.- Equilibrium
     3.1 - Dynamic Equilibrium
     3.2 - The Position of Equilibrium
     3.3 - Phase Equilibrium
     3.4 - The Equilibrium Law

4.- Acids and Bases
     4.1 - Properties of Acids and Bases Atom
     4.2 - Bronsted and Lowry Acids and Bases
     4.3 - Lewis Theory
     4.4 - Strong and Weak Acids and Bases
     4.5 - Calculations Involving Acids and Bases
     4.6 - The pH Scale
     4.7 - Buffer Solutions
     4.8 - Salt Hydrolysis
     4.9 - Acid Base Titrations
     4.10 - Acid-Base Indicators

5.- Oxidation and Reduction
     5.1 - Oxidation and Reduction
     5.2 - Redox Equations
     5.3 - Standard Electrode Potentials
     5.4 - Reactivity
     5.5 - Electrolysis

6.- Organic Chemistry
     6.1 - Homologous Series
     6.2 - Hydrocarbons
     6.3 - Other Functional Groups
     6.4 - Nucleophilic Substitution Reactions
     6.5 - Alcohols
     6.6 - Determination of Structure

7.- POSSIBLE OPTION: Medicines and drugs
     7.1 - Pharmaceutical products
     7.2 - Antacids
     7.3 - Analgesics
     7.4 - Depressants
     7.5 - Stimulants
     7.6 - Antibacterials
     7.7 - Antivirals
     7.8 - Stereochemistry in drug action and design
     7.9 - Anesthetics

     7.10 - Mind-altering drugs

8.- POSSIBLE OPTION: Human Biochemistry
     8.1 - Diet
     8.2 - Proteins
     8.3 - Carbohydrates
     8.4 - Fats
     8.5 - Vitamins
     8.6 - Hormones
     8.7 - Enzymes
     8.8 - Nucleic Acids
     8.9 - Metal Ions in Biological Systems

Evaluation: The grading system will be based on 100 points, distributed as follows for each quarter:

Component Percentage
Selected Homework and Homework Folder      15%
Chapter summaries and focus questions       5%
Tests and Quizzes      35%
Laboratory      25%
Portfolio       5%
Reserach Paper or Project       5%
Performance      10%

Note: The semester grade is 40% first quarter, 40% second quarter, and 20% semester exam and project.
          The same applies to the second semester (with third and fourth quarters).

Description of each component

Selected  Homework   &  Homework  Folder:   This component includes the graded assignments as well as the folder of daily homework (1 point if  done, 1/2 point if incomplete, no points if not done).

Chapter summaries and focus questions:   This component includes the summaries of each chapter covered (which should be done before the lesson is discussed and must be kept in the portfolio) and the focus questions (including the questions, your solutions and the corrections using a different color).

Tests and Quizzes:   This component includes chapter or topic tests, quizzes and short daily quizzes. Quizzes and short quizzes will count between 1/2 to 1/4 of a test (depending on the content).

Laboratory:   This component includes interest in demonstrations, written short reports of demonstrations, worksheets of lab activities, pre-labs done before the lab activity and lab reports written following the "Guidelines for Writing Laboratory Reports".

Portfolio:   This component refers to the complete portfolio presented each quarter, including important papers received, notes, summaries, assignments,tests, quizzes, lab reports and worksheets.

Research Paper or Project:   This component includes a research paper or project that will be assigned each quarter with specific instructions.

Performance:   This component includes participation, effort, initiative, perseverance, cooperation, behavior and responsibility.

Materials Needed

·         Scientific Calculator.

·         Laboratory coat

·         Binder

·         Graph paper (millimeter squares).

·         Pen, pencil, colored pen or pencil, eraser, and ruler.

·         The IB Periodic Table and other  tables   or reference papers (provided by the instructor).

 

Rules and Expectations

Consequences

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           _________________________________

                                                                                                                                                                                                Marta de Ortiz de Zevallos   

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Please read and analyze this document at home.  Comments are welcome.

General Chemistry, Mrs. Ortiz De Zevallos

Student's Name:______________________________________________ Grade: / Block: _________________

E-mail: ______________________________________________

Parent's Names:______________________________________________ Telephone # : ___________________

E-mail: ______________________________________________

Comments:_____________________________________________________________________________________

______________________________________________________________________________________________

______________________________________________________________________________________________

 

    __________              _______________________                   _______________________

                                                    Date                              Student Signature                                        Parent Signature

 

 

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