High School Chemistry I
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Number of Credits
1.0
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Estimated Completion Time
32-36 weeks
Suggested Prerequisites
Algebra 1Description
Watch things change and become something new! In this course, you will study matter and energy, and their interactions in chemical and physical changes. You will use scientific inquiry and problem-solving skills to explore the composition, properties, and changes of matter and their applications through interactive simulations, engineering solutions, and virtual and hands-on experiences. In addition, technology, engineering, and mathematics (STEM) concepts are integrated throughout the course. Through phenomenon-based learning, you will be able to demonstrate a vast understanding of the importance of chemistry in the world and apply these principles to your everyday life and in your global society.Module One: Matter
-Characteristics of science
-Measuring matter
-Forms of energy
-The law of conservation of energy
-The relationship between temperature and kinetic energy
-Physical and chemical changes
-Compounds, mixtures, and pure substances
Module Two: Atoms and Elements
-The atomic theory
-Forms of electromagnetic energy
-Trends on the periodic table
-Electron configurations
-Properties of elements
-Reactivity of elements and compounds
Module Three: Molecules and Compounds
-Valence electrons
-Ionic and covalent bonds
-Lewis dot structures for simple ionic compounds
-Formula representations of molecules and compounds
-Intermolecular forces
Module Four: Reactions
-The law of conservation of mass
-Synthesis and decomposition reactions
-Balancing chemical equations
-Single and double replacement reactions
-Redox reactions
-Types of nuclear reactions
-Fusion and fission
Module Five: Stoichiometry
-Application of the mole concept
-Avogadro’s number
-Calculating molar mass
-Determining the molecular formula of compounds
-Limiting reactants
Module Six: Phases of Matter
-The kinetic molecular theory and ideal gases
-Application of the kinetic molecular theory to phase changes
-Heating and cooling curves
-Ideal gas law
-Volume relationships and gas behavior
Module Seven: Energy in Reactions
-Endothermic and exothermic processes
-Chemical and physical changes based on enthalpy values
-The influence of entropy on chemical processes
-Investigation of heat flow
-Factors that affect chemical reactions
-The concept of dynamic equilibrium
Module Eight: Solutions
-Intermolecular forces and the cohesive property of water
-Factors that affect the solubility of a solute
-The concentration of solutes in terms of molarity
-The process of dilution
-Properties of acids and bases
-Hydronium and hydroxide ion concentrations
-Neutralization reactions
-Natural resources