Subject: Science

Chemistry

Online 11th Grade Chemistry course covering atomic structure, reactions, energy, and equilibrium with real-world applications.

Course Type: Standard High School

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Credits: 1.0

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Course Description

This 11th Grade Chemistry course introduces students to the foundational concepts of chemistry through a systems-thinking approach. Students explore atomic structure, periodic trends, chemical bonding, and reactions while developing an understanding of energy transfer and chemical equilibrium. Through interactive modules, they apply modeling, experimentation, and engineering principles to deepen their understanding of how matter behaves and transforms.

Real-world applications are emphasized, allowing learners to see how chemistry impacts technology, the environment, and industry. Students engage with concepts such as nuclear reactions, stoichiometry, thermochemistry, and reaction rates, and they use engineering design practices to develop solutions for chemical challenges.

The course is delivered online in a self-paced, asynchronous format, making it ideal for students preparing for advanced STEM coursework or considering careers in science, engineering, or healthcare. Lessons include interactive eBook content, embedded activities, quizzes, and unit assessments, with a midterm and final exam to measure mastery. By the end of the course, students will be equipped with the analytical and problem-solving skills needed for success in both academic and real-world chemistry applications.

Course Objectives

Analyze matter and classify changes based on physical and chemical properties.

Model atomic and molecular structure and predict behaviors using periodic trends.

Evaluate types of chemical reactions and apply the law of conservation of mass.

Apply stoichiometry and thermochemical principles to chemical systems.

Investigate and interpret the behavior of dynamic chemical systems, including rates and equilibrium.

Utilize engineering practices and systems thinking to analyze and design chemical solutions.

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Course Contents

Module TitleModule Topic(s)
Exploring Matter

Learn to distinguish physical and chemical changes while exploring the properties and classification of matter.

Chemistry and Engineering Design

Apply the engineering design process to separate mixtures and model chemical systems.

Modeling Atomic Structure

Examine atomic structure, subatomic particles, and how models of the atom have evolved.

Periodic Table Patterns

Discover periodic trends in atomic size, ionization energy, and electronegativity.

Nuclear Reactions

Explore radioactive decay, nuclear fission and fusion, and the role of nuclear energy.

Chemical Compounds

Study chemical bonding, molecular structures, and the shapes of compounds.

Compounds and Solutions

Investigate intermolecular forces, solution behavior, and how conductivity is affected.

Engineering Materials

Learn how polymers, composites, and other materials are designed and used in engineering.

Observing Chemical Reactions

Identify types of chemical reactions and evidence of chemical change in different systems.

Conservation of Mass and Energy

Understand the laws of mass conservation and definite proportions in chemical reactions.

Reaction Rates

Examine collision theory and the factors that influence the speed of reactions.

Chemical Equilibrium

Analyze reversible reactions and how systems respond to changes using Le Châtelier’s principle.

Analyzing Chemical Systems

Predict reaction shifts and model how temperature and concentration affect equilibrium.

Final Review and Course Wrap-Up

Review key concepts, complete a final project, and reflect on your learning.

Recommended Prerequisites

Carnegie Credits Explained: Our Approach vs. Trimester Credits

Carnegie Credit System
Excel High School follows the Carnegie Credit system, a widely recognized method of measuring student progress based on instructional hours. A single Carnegie credit reflects approximately 120 hours of coursework, typically completed over a full academic year.

Carnegie Credit vs. Trimester Credit
While Carnegie credits are awarded based on total hours over a year, trimester credits divide the school year into three terms. In a trimester system, students complete courses in shorter, intensive sessions, often earning partial credits (e.g., 0.33 or 0.5 per term). In contrast, Excel’s use of Carnegie credits ensures students have ample time to engage deeply with the material and develop a well-rounded understanding at a consistent pace.

Accreditation You Can Trust

Recognized & Respected Nationwide

At Excel High School, we are proud to be regionally accredited by Cognia, along with additional accreditations from NCA, SACS, NWAC, and the Middle States Association. Our programs meet the same rigorous standards as public schools, giving you the confidence of earning a well-respected diploma.

Global Recognition for Our Accredited Diplomas

Excel High School’s regionally accredited diploma is accepted by colleges and universities around the world. With our recognized accreditation, you can confidently pursue higher education wherever your journey takes you.

Accreditation You Can Trust

Recognized & Respected Nationwide

At Excel High School, we are proud to be regionally accredited by Cognia, along with additional accreditations from NCA, SACS, NWAC, and the Middle States Association. Our programs meet the same rigorous standards as public schools, giving you the confidence of earning a well-respected diploma.

Global Recognition for Our Accredited Diplomas

Excel High School’s regionally accredited diploma is accepted by colleges and universities around the world. With our recognized accreditation, you can confidently pursue higher education wherever your journey takes you.