This course introduces the fundamental principles of chemistry. It is designed for students with no background in chemistry. The course focuses on relating chemistry concepts to real life. Laboratory activities are designed to reinforce chemistry concepts while actively engaging the student in the learning process. Topics covered in the course include measurement, problem solving, matter and energy, atomic and molecular theory, chemical bonding, the mole concept and basic stoichiometry, states of matter, solutions, acid-base chemistry, redox chemistry, and nuclear chemistry.
Concurrent enrollment in CHM 130L is required.
Prerequisites
Reading proficiency as established by District Policy.
Student Learning Outcomes
- Classify matter and identify the changes it undergoes.
- Apply the concept of dimensional analysis to solve problems.
- Explain the basic properties of gases.
- Write, balance, and interpret chemical equations.
- Determine the number of subatomic particles in a given atom or ion.
- Describe the basic types of natural radioactivity.
- Complete nuclear equations and solve half-life problems.
- Identify types of atomic and molecular bonding.
- Sketch the structure of covalent compounds.
- Write balanced chemical equations.
- Use the mole concept to solve stoichiometry problems.
- Describe gases according to the kinetic molecular theory.
- Solve gas law problems.
- Describe the intermolecular attractions in liquids and solids.
- Identify properties of acids and bases.
- Safely perform laboratory activities.