Chemistry
Introductory, college-preparatory study of matter, atomic structure, bonding, reactions, and energy—built around lab inquiry and quantitative problem solving.
Quick Facts
| Credits | 10 (year-long) |
| UC A–G Area | D — Laboratory Science (Chemistry) |
| Level & GPA Weight | Regular (unweighted per UCOP/district policy) |
| Recommended Grades | G9–G11 |
| Prerequisites | Geometry (required); Algebra II (recommended). |
| Textbook | Modern Chemistry (Holt, Rinehart, Winston). ISBN 0030565375. (Student prepares the hard-copy text.) |
Course Description
This course builds a foundational understanding of the chemical principles that govern the physical world. Students develop fluency with the scientific method, atomic and molecular models, chemical bonding and reactions, stoichiometry, gases, solutions, acids and bases, equilibrium, kinetics, thermochemistry, and introductory organic chemistry. Learning emphasizes conceptual understanding, quantitative reasoning, and laboratory investigation.
What You’ll Learn
- Plan and analyze experiments using the scientific method; write clear lab reports.
- Model atomic structure, periodic trends, and types of chemical bonds.
- Predict and balance chemical equations; perform stoichiometric calculations.
- Apply gas laws; interpret phase changes and solution behavior.
- Analyze acids/bases, titrations, pH, and buffers; reason about equilibrium and kinetics.
- Explain reaction energetics and introductory organic structures and reactions. :contentReference[oaicite:3]{index=3}
Course Outline
Foundations: Matter & change; measurement; atomic structure; nuclear chemistry.
Structure & Periodicity: Electrons in atoms; periodic table & trends; chemical bonding.
Naming & Reactions: Nomenclature; equations & reactions; stoichiometry.
Physical Chemistry: Gases; states of matter; solutions; ions in solution.
Acid–Base & Equilibrium: Acids/bases, titration & pH; equilibrium; kinetics & energy.
Redox & Organic: Oxidation–reduction; introductory organic chemistry.
Laboratory Work
- Virtual labs are integrated throughout the course.
- Optional at-home wet labs with safety guidance and inexpensive materials (when feasible).
- Final application project connecting core concepts to real-world phenomena.
Delivery Options & Tuition
| Model | What’s Included | Live Hours | Tuition |
|---|---|---|---|
| Independent Asynchronous | Self-paced modules, graded work, email Q&A | N/A | $998 |
| Teacher-Guided Asynchronous | Instructor pacing, periodic check-ins, grading & feedback | 8 hours | $1,870 |
| Mini-One-on-One | Targeted coaching, problem-solving workshops | 20 hours | $2,180 |
| One-on-One | Fully personalized instruction & pacing | ≈ 38–42 hrs (typical) | $109/hr |
Time & Workload Expectations
- Outside study: plan steady weekly reading/problem practice alongside labs.
- Communication: Email Q&A and periodic progress updates are available in all models.
- Weekly load scales with your course window (start/end dates). Example:
(live hours + independent hours) ÷ weeks ≈ weekly time
Grading & Course Policies
- Weighting: Tests/Quizzes 20% • Homework 20% • Midterm 20% • Final 20% • Lab 20%.
- Semesters: Each semester receives an independent final grade.
- Devices: Assessments are closed-notes; unauthorized device use is considered cheating.
- Test Corrections: Opportunities to regain up to 50% of lost points may be available at instructor discretion.
- Attendance: Notify the office/instructor of planned absences; repeated tardiness impacts standing.
Office Hours & Notes
- Office Hours: by appointment.
- Pacing Guide: Personalized to your start/end dates and seasonal schedules.