Description
About This Course
This class is approved by the NCAA.
This class is part of the MyFunScience online homeschool science program, which offers live courses for middle and high school students. Families can also explore all of our science courses to see the full range of science classes available.
This homeschool chemistry class provides a rigorous introduction to high school chemistry for students who want a strong foundation in the physical sciences. Students participate in a live online chemistry class led by an experienced instructor who explains complex concepts and works through problems step by step.
This high school chemistry course is designed for students in grades 9–12 and can count toward a full high school science credit. Students develop problem-solving skills while learning core chemistry concepts through discussion, guided practice, and laboratory work.
Students study properties of matter, atomic structure, the periodic table, bonding, the mole, stoichiometry, equilibrium, gas laws, thermodynamics, acids and bases, and introductory organic and biochemistry concepts.
Students complete a minimum of six formal lab reports. Some experiments are performed at home with teacher guidance, while others are conducted virtually. Emphasis is placed on scientific inquiry, careful observation, data analysis, and clear lab documentation.
Students often take Chemistry after completing Biology. Many students continue into advanced science courses such as Physics or Anatomy & Physiology.
Watch a Sample Live Class Session
Course Overview
- High School Credit: 1 High School Science Credit
- Recommended Grade Level: Grades 9–12
- Prerequisites: Algebra 1
- Format: Weekly live online classes with assignments and hands-on labs
Recommended Grade Level
- Grades 9–12
Prerequisites
Live Class Format
This course meets live once per week for a 90-minute session that includes lecture, discussion, problem-solving, and collaborative activities.
While recordings are available, live participation is strongly encouraged. Interaction, real-time questions, and active engagement significantly enhance student success.
Curriculum
- Discovering Design with Chemistry
ISBN: 9780996278461 - Scientific calculator required
Lab Science
- Students will complete experiments using the scientific method and write lab reports at around 30+ hours a for a full credit class.
Required Lab Equipment
- Custom Chemistry Lab Kit from Home Science Tools
- Digital scale accurate to 0.01g
Syllabus Download
Semester Topics Overview
Fall Semester
- Measurements and Density
- Atomic Structure and Ions
- Lewis Structures and Molecular Geometry
- Periodic Trends and Polarity
- Balancing Equations and Reaction Types
- The Mole and Stoichiometry
- Empirical Formulas and Percent Yield
- Semester Review and Exam
Spring Semester
- Solutions and Concentration
- Gas Laws
- Acids and Bases
- Redox Reactions
- Specific Heat and Calorimetry
- Thermodynamics
- Kinetics and Catalysts
- Equilibrium and LeChatelier’s Principle
- Semester Review and Exam
Frequently Asked Questions
Is this a live online chemistry class?
Yes. Students attend weekly live online chemistry classes led by an experienced instructor. Students can ask questions, participate in discussion, and work through problems together during the session.
Will students earn high school credit?
Yes. Students who complete the course earn one high school science credit.
Is this class appropriate for homeschool students?
Yes. This class is designed specifically for homeschool students seeking a structured high school chemistry course with teacher guidance and laboratory experience.
Do students complete chemistry labs at home?
Yes. Students perform hands-on chemistry experiments at home using a custom chemistry lab kit along with instructor guidance and virtual demonstrations.
What math background is required?
Students should have completed Algebra 1 before enrolling in this course.
Estimated Workload
Students should expect approximately four hours of work outside of class each week. Actual time may vary depending on reading speed, mathematical readiness, and lab completion time.
