Course Overviewbbbbb

Introduction to General Chemistry

This course, CH 101 Chemical Principles I, introduces students to the fundamental principles of chemistry, emphasizing both classroom theory and laboratory practice. The curriculum covers atomic theory, chemical reactions, thermochemistry, periodic properties, and molecular structure, providing a strong foundation for further study in chemistry and related sciences.

• Key Topics: Atomic theory, chemical bonding, chemical reactions, thermochemistry, periodic table, molecular shapes, and intermolecular forces.

• Applications: Environmental concerns, technological innovation, and the impact of chemistry on society.

Course Structure

Lecture and Laboratory Schedule

• Lecture: MWF 8:00-8:50 or 9:00-9:50

• Lab: One lab section required

Required Resources

• Textbook: General Chemistry: Principles and Modern Applications (10th ed.) by Petrucci, Herring, Madura, and Bissonnette

• Lab Safety Goggles

• Scientific Calculator

Course Outline

Main Topics and Chapters

• Chapter 1: Introduction—matter and measurement

• Chapter 2: Atoms and atomic theory

• Chapter 3: Nuclear Chemistry

• Chapter 4: Chemical Compounds

• Chapter 5: Chemical Reactions and Equations

• Chapter 6: Reactions in Aqueous Solutions

• Chapter 16: Introduction to Acids and Bases (partial chapter)

• Chapter 7: Thermochemistry

• Chapter 8: Electrons in atoms

• Chapter 9: The periodic table and atomic properties

• Chapter 10: Chemical Bonding I

• Chapter 11: Chemical Bonding II

• Chapter 12: Intermolecular Forces, Liquids and Solids (time permitting)

Outcome Competencies

Learning Objectives

Upon completion of this course, students will be able to:

1. Describe major historical developments leading to modern chemistry.

2. Explain the philosophy of science and its interrelationships with other sciences.

3. Discuss chemical and environmental concerns.

4. Understand technological innovation and its impact on quality of life.

5. Identify atoms and atomic theory.

6. Write and balance chemical equations.

7. Calculate chemical quantities using chemical equations.

8. Describe important characteristics of gases.

9. Apply thermochemistry, including the First Law of Thermodynamics.

10. Solve stoichiometric calculations based on chemical equations.

11. Explain electrons in atoms and the application of quantum theory to chemical systems.

12. Describe periodic properties and the relationship between electronic structure and periodic behavior.

13. Understand chemical bonding.

14. Apply Lewis theory and Lewis structures.

15. Use elements of Valence Bond Theory, Hybridization, and Resonance.

16. Apply molecular shapes—VSEPR theory to predict molecular geometry, shape, and polarity.

17. Describe Molecular Orbital Theory.

18. Discuss some modern applications of chemistry.

Grading and Evaluation

Grading Breakdown

• Four exams: 80% (A cumulative final exam can replace the lowest exam grade if it improves the score.)

• Laboratory: 20%

• Homework and reading: Required for success.

Grade Scale

Policies and Expectations

Attendance Policy

• Attendance is required for both lectures and labs.

• Excused absences include illness, death in the family, official college business, and academic field trips.

• Missed exams must be rescheduled in advance except in emergencies.

Academic Honesty

• All exams are conducted under the college honor code.

• Violations result in a zero for the exam and possible failure of the course.

Special Accommodations

• Students with disabilities should contact the instructor and the campus disability office for accommodations.

Additional Info

• This syllabus provides a comprehensive overview of the topics and expectations for a General Chemistry I course, suitable for college-level students.

• Topics align closely with standard General Chemistry textbooks and curricula.