Ready to conquer chemistry? Whether you’re preparing for college, refreshing your skills, or need a head start, our Self-Paced General Chemistry Prep Course is designed to help you succeed—on your own schedule!
Why Choose Our Course?
- Flexible Learning: Study anytime, anywhere. Perfect for busy students and professionals.
- Comprehensive Content: From atomic structure to chemical reactions, our course covers all the essential topics.
- Interactive Tools: Access engaging videos and practice problems to solidify your understanding.
- Expert Guidance: Learn from experienced instructors and gain practical insights with real-world examples.
- Affordable & Accessible: No more expensive tutors. Get top-notch chemistry prep at a fraction of the cost!
Whether you’re looking to ace your next test or lay a solid foundation for future studies, this course is your ticket to success. Enroll today and take the first step toward mastering chemistry!
This course consists of 5 Modules, each with 1-3 lessons. Each lesson includes video content, and practice problem sets with answers. The course culminates with a final exam. See all topics included in the table below.
| Lesson | Video/Homework | Lesson | Video/Homework |
| Module 1 Lesson 1 | What Is A Mole? | Lesson 2 | Limiting Reagent with Ideal Gas Law |
| How to Calculate Molar Mass | Limiting Reagent with Ideal Gas Law: Determining Significant Figures | ||
| Converting Between Grams, Moles, and Molecules | Lesson 3 | Limiting Reagent with Solutions | |
| Module 2 Lesson 1 | How to Balance a Chemical Equation | Limiting Reagent with Solutions: Determining Significant Figures | |
| Mole to Mole Stoichiometry | Module 4 Lesson 1 | Lewis Structures with Single Bonds | |
| Mole to Mole Stoichiometry: Determining Significant Figures | Lewis Structures with Multiple Bonds | ||
| Lesson 2 | Gram to Gram Stoichiometry | Lewis Structures of Polyatomic Ions | |
| Gram to Gram Stoichiometry Determining Significant Figures | Octet Rule Exceptions and Lewis Structures | ||
| Lesson 3 | How to Calculate Percent Yield | Lesson 2 | Valence Shell Electron Pair Repulsion (VSEPR) Model |
| How to Calculate Percent Yield: Determining Significant Figures | Dipole Moments and Polarity | ||
| Stoichiometry with Density | Hybridization | ||
| Stoichiometry with Density: Adding a Percent Yield Calculation | Calculating Formal Charges on Atoms | ||
| Stoichiometry with Density: Determining Significant Figures | Module 5 Lesson 1 | Intermolecular Forces-London Dispersion | |
| 3 Common Mistakes Students Make When Working Stoichiometry Problems | Intermolecular Forces- Dipole Dipole | ||
| Module 3 Lesson 1 | Don’t Panic! Limiting Reagents Part 1 | Intermolecular Forces- Hydrogen Bonding | |
| We Got This! Limiting Reagents Part 2 | Lesson 2 | Intermolecular Forces- Ion Dipole | |
| Limiting Reagent with Percent Yield | Intermolecular Forces- A Worked Problem | ||
| Limiting Reagent with Percent Yield: Determining Significant Figures | 3 Common Mistakes in Intermolecular Forces |
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