Core Course Topics
Calculations: exponential and scientific notation
Measurements: metric system, significant figures
Dimensional analysis: units conversions, problem solving, percentages
The nature of matter: phases, mixtures, compounds, and elements
Basic atomic theory: atoms, protons, neutrons, electrons, and ions
Periodic table: symbols, names, periods, groups, atomic weights
Nomenclature; naming compounds and writing formulas
Chemical equations: balancing, molecular, and ionic
Stoichiometry
Properties of gases
Introduction to safety in the chemistry laboratory
Upon successful completion of this course, students will be able to:
Use a calculator to evaluate mathematical expressions involving scientific notation
Solve problems using dimensional analysis (unit conversion)
Distinguish among elements, compounds (both ionic and covalent), and mixtures
Determine the structure of atoms and ions in terms of subatomic particles including electron configuration and orbitals.
Predict chemical and physical properties using the periodic table
Name chemicals from formulas for simple ionic and binary compounds and common acids. Common "ate" ion formulas should be committed to memory
Write formulas from names of chemicals for simple ionic and binary compounds and common acids. Common "ate" ion formulas should be committed to memory
Write and balance chemical equations, including molecular and ionic forms
Identify oxidation numbers, the substance oxidized, the substance reduced, the oxidizing agent, the reducing agent, product of oxidation and product of reduction.
Solve chemical problems using mole conversions
Solve stoichiometry problems (mole-mole, mole-mass and mass-mass problems) using dimensional analysis
Perform calculations involving common concentration units (mass per-cent and molarity)
Describe properties of ideal gases
Solve problems involving gas laws
Apply principles of safety rules and demonstrate knowledge of the location of common laboratory and safety equipment
Demonstrate proficiency in the use of chemical equipment
Analyze and interpret measurement data, using mathematical models, and/or observed chemical behavior, expressed in chemical equations, to draw conclusions regarding the nature of matter
Demonstrate cooperative learning skills
Demonstrate use of critical thinking skills in analyzing data, making connections and relating to chemical patterns