Chemistry - Course Syllabus 2026–2027
 
Instructor: Randy Hernandez
Email: randy@class-source.com
Grade Level: 9th–12th
Class Time: Thursday@2:30 pm - 3:25 pm
Course Duration: Full Year
Curriculum: Exploring Creation with Chemistry, 3rd Edition (ISBN 978-1940110257)
Lab Fee: $50
Prerequisite: Algebra I
 
Course Description
In this course, we will explore the fundamental principles of chemistry through the lens of a biblical worldview, using Apologia’s Exploring Creation with Chemistry as our core curriculum. Students will deepen their understanding of God’s design in the material world by studying the building blocks of matter and the laws that govern their interactions.
 
Course Objectives
 
Students will:
Recognize God’s order and creativity in the material world.
Develop problem-solving skills in chemical equations and quantitative chemistry.
Explore atomic structure, bonding, stoichiometry, thermochemistry, gas laws, and solutions.
Learn laboratory skills and apply the scientific method.
Write formal lab reports with accuracy and clarity.
 
Required Curriculum & Materials
Textbook: Exploring Creation with Chemistry, 3rd Edition
Scientific calculator (not graphing)
Binder or notebook, pencils, lab safety gear
Internet/email access
 
Recommended: Student Notebook (ISBN 978-1940110417)
 
Classroom Expectations
Respect God, others, and classroom materials.
Follow lab safety protocols at all times.
Technology may only be used when permitted.
Academic integrity is required — no cheating or plagiarism.
 
Grading Policy
Tests & Quizzes – 40%
Labs & Lab Reports – 25%
Homework & Assignments – 20%
Projects & Presentations – 10%
Attendance & Participation – 5%
 
Grading Scale:
A = 90–100% | B = 80–89% | C = 70–79% | D = 60–69% | F = 0–59%
 
Course Schedule & Pacing
 
Fall Semester 
Module
Topics
Notes
Module 1
Measurement, Units, Scientific Method
Exp. 1.1–1.3
Module 1 cont.
Scientific Notation, Significant Figures
 
Module 2
Atoms & Molecules: Dalton’s Atomic Theory, Compounds
Exp. 2.1
Module 2 cont.
Ionic vs Covalent Compounds
Exp. 2.2
Module 2 cont.
Classifying Compounds
Exp. 2.3
Module 3
Atomic Structure: Protons, Neutrons, Electrons
Exp. 3.1
Module 3 cont.
Light, EM Spectrum, Bohr Model
Exp. 3.2
Module 3 cont.
Quantum Mechanics, Configurations
 
Module 4
Molecular Structure: Lewis Structures, Periodicity
 
Module 4 cont.
Covalent Bonds, Exceptions
 
Module 5
Polyatomic Ions & Molecular Geometry (VSEPR)
Exp. 5.1
Module 5 cont.
Polar vs Nonpolar Molecules
Exp. 5.2
Module 6
Chemical Changes & Reactions
Exp. 6.1–6.4
Module 7
Describing Reactions, Combustion, Moles
Exp. 7.1
Module 7 cont.
Mole Concept & Applications
 
Module 7 wrap-up
Atomic & Molecular Mass
Review
Semester Review
Review Modules 1–7
 
Midterm Exam
Covers Modules 1–7
 
 
 
Spring Semester 
Module
Topics
Notes
Module 8
Stoichiometry: Limiting Reactants
Exp. 8.1
Module 8 cont.
Mass Relationships, Formulas
 
Module 9
Acids & Bases
Exp. 9.1
Module 9 cont.
Titrations, Molarity
Exp. 9.2
Module 10
Solutions: Solubility & Heat
Exp. 10.1
Module 10 cont.
Molality, Colligative Properties
Exp. 10.2–10.4
Module 11
Gas Laws: Boyle, Charles, Combined
Exp. 11.1
Module 11 cont.
Ideal Gas Law, Dalton’s Law
Exp. 11.2
Module 12
Energy, Heat, Temperature
Exp. 12.1
Module 12 cont.
Specific Heat & Calorimetry
Exp. 12.2
Module 13
Thermodynamics: Hess’s Law
Exp. 13.1
Module 13 cont.
Gibbs Free Energy
 
Module 14
Kinetics: Reaction Rates, Catalysts
Exp. 14.1
Module 14 cont.
Rate Laws, Factors Affecting Rates
 
Module 15
Chemical Equilibrium: Le Châtelier’s
Exp. 15.1
Module 15 cont.
Equilibrium Constants
 
Module 16
Redox & Batteries
Exp. 16.1–16.2
Final Exam
Covers Modules 8–16
 
 
***Note on Schedule
The pace and sequence may be adjusted at the instructor’s discretion to best serve student learning needs.