Syllabus

 

Pre-AP Chemistry

2017 - 2018

C. Solis

Sharyland Pioneer High School

Classroom Policies and Procedures


 

 

The following topics were covered with your child during class:

Attendance/Make-Up Procedure

Class Materials

Extra Help/Tutorials

Classroom Expectations

Grading

Progress Reports

Additional Information

 

 

 

Please review the attached information with your child, sign the top sheet and return it to the teacher. 

 

You will be able to access your child’s grade online anytime at the Parent Student Connect.

 

 

 

Parent Signature___________________________________________

Student Signature__________________________________________

Date______________________________________________________

 

 

 

 

 

 

 

 

 

 

 

 

 

Course Description: Course Description: Pre-AP Chemistry is a first year honors course.  It is designed to prepare students for college chemistry and/or AP Chemistry.  Since it is an honors level course, students are expected to have good study habits, note-taking skills, and math skills.

Teaching procedures: Students will be given homework at daily to introduce or reinforce concepts learned in class.  Quizzes will be administered on regular bases to encourage good study habits and to assess the student’s grasp of the material.  Students will apply concepts learned through laboratory exercises and daily class-work.  The materials will be presented by lecture, discovery, and discussion.       

All tests and quizzes will be based on lecture material, lab work, homework, and class-work.  Students are encouraged to read the textbook material but the textbook is used only as a supplementary source for the content material.

 

Classroom Rules: 

1)  Be respectful – to the teacher, yourself, and others.

2)      Be responsible – collectively and individually in classroom

3)      Be prepared – planner, pen, pencil, paper, and notebook

4)      Be punctual – to class everyday

5)      Be cooperative – with classmates, group members, teacher, etc.

 

Course Content:  The following units will be covered in each course.  Objectives for each unit will be provided at the start of each unit.

 

Unit 1:  Math and Measurement                                                            Unit 10:  Chemical Equations

Unit 2:  Matter Classification & Graphing Calculator Techniques            Unit 11:  Stoichiometry

Unit 3:  Atomic Structure                                                                      Unit 12:  Gas Laws

Unit 4:  The Modern Atom                                                                    Unit 13:  Solutions

Unit 5:  Periodicity                                                                                Unit 14:  Acid/Base Equilibrium

Unit 6:  Bonding                                                                                    Unit 15:  Thermochemistry

Unit 7:  Molecular Structure                                                                 

Unit 8:  Chemical Nomenclature                                                           

Unit 9:  Chemical Calculations                                                  

 

Textbook:  Modern Chemistry / Sarquis & Sarquis

 

Supplies

  • Students are required to keep a daily lesson notebook.  Spiral notebook for chemistry notes only.
  • Students are required to keep a lab notebook.  The quad-ruled/quadrille notebook must be bound, and can be purchased at Staples or Office Depot, etc. Spiral notebooks are not acceptable.
  • A scientific calculator is a MUST.  This does not have to be an expensive calculator. The TI-30 X II S series cost less than $20 and is acceptable for the course.  A TI-84 Plus is recommended.

 

Expectations

Student:                                                                                   

1.     Follow classroom guidelines.                                 

2.     Do your best – 100% effort.                        

3.     Communicate & participate.                                .

 

 

 

Rules

1.     Everything that I write on the board you must have in your daily lesson notebook, beginning with date and daily instructions.

2.     Respect the rights of property and the feelings of others.

a.     Keep hands and feet to yourself.

b.     Be polite.  No cursing, nor teasing of others.

c.     Keep all trash in your seat until dismissed.

d.     If you need to be excused, raise your hand for recognition and permission.

3.     Come to class prepared to learn.

a.     Always bring pencil, pen, paper, and any other required materials to class.

b.     Must have daily lesson notebook for Chemistry class.

c.     Be on time to class, and be in assigned seats and ready to start when bell rings.

4.     Participate in class.

a.     Take part in classroom discussions, labs, projects, etc.

b.     Do your own work on individual assignments and your fair share in group-work.

5.     Dismissal from the classroom will be by the teacher, not the bell.

6.     Promptly follow the teacher’s instructions, the first time they are given!

 

Grading Policy

Tests & Major labs…… 60 %          Minor labs, Quizzes Daily work & Homework……40%

A grading “curve” is not used in this course.  The semester exam will count 20% of the semester average.

 

Homework

Online homework as well as handout will be given on a regular basis for each unit.  .

 

Labs

Lab clean-up will immediately follow completion of lab, and will be completed by the student.  If a student misses a lab, it is the student’s responsibility for making up the lab immediately upon their return to school.

 

Make-up Work

If absent with an approved excuse, the assignment will be due the very next day.  If absent and unexcused, you will receive a 0 for that assignment.  It is YOUR responsibility to get your make-up work as soon as you return.  Quizzes & tests will be made up after school hours the day the student returns to class.

 

Note: There is NO extra credit in this class.

 

Food & Drink

Bottled water is allowed only if it has a lid and in the classroom area, not in the lab area.  No other drinks are allowed in the classroom, especially cans. And please throw away your bottles, and clean up after yourself, when you are finished.  Food is not allowed at all in the room.

 

Technology

BYOD will follow school policy and classroom policy otherwise the device should be kept in your backpacks in the back of the room.

 

 

Additional Information:

Communication between the teacher, student, and parents is extremely important in order for us to achieve a successful school year. 

 

 

CLOSING THOUGHTS:

Pre-AP chemistry is a fast-paced-math driven, challenging course for those students who can consistently work hard, pick up ideas quickly, and manage their time effectively.  You will need to keep yourself on task, make certain you understand each day’s ideas before you leave the classroom, and work on chemistry every day.  Never tell yourself “I don’t have chemistry homework.”  You may have a day where there is nothing due the next day, but you always have your book to read, textbook chapters to review gpb.org/chemistry/physics. Success in Pre-AP chemistry certainly requires intelligence, but perseverance and consistent effort are requirements as well.

 

 Students and parents keep this copy!

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Pre-AP Chemistry Timeline

 

 

1ST SEMESTER                                                                                ALL THAT MATTERS                   

1ST Three Weeks                                                                               Unit 5 – Periodicity (4 days)

WHAT’S THE MATTER?                                                               o   Predicting oxidation states               

Unit 1 – Math and Measurement (5 days)                                       o   Size of atoms and ions

  • Laboratory Safety, Techniques, and Equipment              o   First and multiple ionization energies
  • Scientific Notation                                                                          o   Electronegativity
  • Significant digits/math operations                                                    o   Metallic Character
  • Metric prefixes                                                                 o   Reactivity
  • Factor analysis
  • Percent calculations                                                                  3RD Three Weeks

                                                                                                      MATTER TO MATTER

Unit 6- Bonding (4 days)

Unit 2 – Matter Classification/Graphing                                          o   Lewis dot diagrams of molecules

Techniques (2 days)                                                                           o   Exceptions to the octet rule

  • Density                                                                         o   Carbon bonding
  • Classification of matter                                                      o   Resonance

                                                                                                

Unit 7 – Molecular Structure (4 days)

ENOUGH MATTER                                                           o   Bond angles and polarity                 

Unit 3 – Atomic Structure (5 days)                                                    o   Organic nomenclature

  • Nuclear composition                                                                  o   Isomers
  • Isotopes and nuclide symbols
  • % Abundance                                                                           Unit 9 – Chemical Calculations (4 days)
  • Atomic structure experiments                                                     o   Mole concept
  • Bohr atom and Rydberg Equation                                                 o  2 step mole problems
  • Periodic structure                                                                        o   % Composition
  • Light behavior and equations                                                           o   Empirical formulas

  o   Molecular formulas

2nd Three Weeks                                                                                       o   Hydrates

CHEMICAL MATTERS

Unit 8 – Chemical Nomenclature (4 days)

  • Binary molecular nomenclature
  • Binary ionic nomenclature (mono/ multivalent
  • Acid Nomenclature

                       

Unit 4 – The Modern Atom (4 Days)                       

  • Major atomic theories                                                  
  • Quantum numbers                                                                    
  • Orbitals shapes                                                            
  • Pauli’s exclusion                                                                      
  • Electron Configuration                                                 
  • Lewis Dot Diagrams                                                                
  • Recognizing excited states


                       

 

2ND SEMESTER

1ST Three Weeks                                                                               3rd Three Weeks

MATTER CHANGES                                                                       THE pH OF MATTER

Unit 10 – Chemical Equations (4 days)                                             Unit 14 – Acids, Bases, and their     

  • Balancing and writing equations                                     Equilibrium (4 days)                                      
  • Recognizing types of reactions                                       o   Review of acid concepts                             
  • Predicting products                                                                   o   Anhydrides                                     
  • Special cases of predicting                                                        o   pH scales and calculations
  • Net ionic equations                                                                   o   Weak acid pH calculations

                                                                                                o   Titration and calculations     

Unit 11 – Stoichiometry (4 days)                                                      

  • Mass-mass problems                                                                DYNAMIC MATTER                                 
  • % Yield calculations                                                                  Unit 15 – Thermochemistry (4 day               
  • Energy calculations                                                                   o   Heat transfer and calculations          
  • Mass-volume problems                                                  o   Enthalpy
  • Volume-volume problems                                                         o   Hess’s Law                        
  • Limiting reagent problems                                                         o   Entropy

                                                                                                            o   Gibbs free energy and spontaneity                                                   

2nd Three Weeks

MATTER STATES ITS CASE                                            

Unit 12 – Gas Laws (4 days)                                                

  • Kinetic Theory                                                             
  • 2 and 3 variable gas laws                                                         
  • Graham’s law                                                                          
  • Ideal gas law                                                                           
  • Gas density and molecular mass                                               

Unit 13 – Solutions (4 days)                                                              

  • Phase diagrams                                                            
  • Intermolecular forces                                                                    
  • Units of concentration                                                              
  • Colligative properties                                                               
  • Determining MM by FPD and BPE      
  • Molarity                                                                                  
  •