AP Chemistry - SC610A/B

AP Chemistry - SC610A/B

Learning Recommendations: Successful completion of Chemistry with a grade of B or better. Proficiency in the use of computer software for word processing and spreadsheets. Proficiency in fundamental lab techniques and lab safety. Proficiency in Algebra 2; successful completion of or concurrent enrollment in Pre-Calculus is recommended. Ability to read and comprehend college-level content and handle a considerable volume of reading and writing

General Description: This year-long course builds on concepts presented in Chemistry and is designed for students of high ability and interest. AP Chemistry provides a solid, first-year college chemistry experience, both conceptually and in the laboratory. Students will engage in weekly labs that supplement lecture learning, with a strong emphasis on problem-solving skills both on paper and in the lab. This course meets the descriptions of lab-based and algebra-based science courses for college entrance requirements as outlined by the Washington Student Achievement Council. Successful completion of the AP Chemistry exam in May may result in college credit.

AP exam registration occurs in September and October, with fees varying each year. Scholarships are available for those who qualify. College credit may be earned with a passing score on the AP exam, though the score qualification and amount of credit earned vary by college.

AP Chemistry offers a rigorous, college-level curriculum that challenges students and prepares them for further studies in the sciences. Through extensive lab work and in-depth theoretical learning, students will develop a strong foundation in chemistry and valuable problem-solving skills.

Content: The course includes an accelerated review of:

• Molar relationships
• Electronic structure
• Periodicity
• Intramolecular and intermolecular forces
• Molecular geometry
• Gas laws
• Solutions

New or more in-depth topics:

• Chemical kinetics
• Equilibrium
• Thermodynamics
• Redox reactions and electrochemistry
• Buffer systems
• Coordination complexes
• Organic chemistry

Homework: Daily expectations include 30-45 minutes of homework based on reading assignments, problem sets, and lab work. Students are expected to spend additional time understanding concepts outside of class, with time spent varying based on individual participation and efficiency.

Equipment to be Provided by Student:

• Scientific calculator
• Access to the internet for online homework assignments
• Subscription to an online homework website

Course Fees: Course fees may apply