CHEM 1000 Intro to Chemistry

This course explores the principles of chemistry as related to inorganic and organic systems. Emphasis is placed on understanding the scientific method and practical applications of chemistry. Critical thinking is used for chemical problem solving. Qualitative and quantitative analytical laboratory techniques are practiced. This course serves as a lab science for non-science majors. Credit for CHEM 1000, toward a degree, is not allowed for science majors. (3 lect., 3 lab) LSCI

Credits

4 credits

Major Topics

• The history of chemistry and the impacts of chemistry on societal problems, history, and culture
• The scientific method
• Scientific measurements
• Matter and energy
• Atomic theory, including electron configuration
• Classification of elements and the Periodic Table
• Chemical nomenclature
• Bonding and chemical reactions
• Chemical equations
• The mole concept and stoichiometry
• Phases of matter, including solid, liquid, and gas behaviors
• Solution chemistry, including water, acids, and bases
• Critical thinking
• Key equations and chemical problem solving
• Practical applications, such as use of natural resources
• Qualitative and quantitative laboratory techniques

Outcomes

In order to successfully complete this course, the student will:

1. Explain how the properties and behaviors of matter at macroscopic scales are a result of the composition, structure, and interactions of matter at atomic scales.

2. Perform chemical calculations using stoichiometric principles and dimensional analysis with the correct precision and units.

3. Express chemical reactions and processes through chemical formulas and balanced chemical equations.

4. Predict the properties of atoms and molecules using modern atomic theory.

5. Identify the impact of chemistry on life, society, and the environment.

6. Build practical laboratory skills through qualitative and quantitative laboratory exercises.

7. Apply the principles of acid/base chemistry to solution chemistry.

8. Describe energy exchange in chemical systems using the principles of thermodynamics.