Course Overview

Introduction to General Chemistry I

This course, CHEM 1020-02, is an introductory college-level general chemistry class at the University of Wyoming. It covers foundational chemical principles, laboratory skills, and problem-solving techniques essential for further study in chemistry and related sciences.

• Instructor: Prof. Franco Basile

• Credits: 4

• Lecture Times: Tuesday & Thursday, 11:00 am – 12:15 pm

• Location: Classroom Building room 306

Course Objectives

Learning Outcomes

Upon completion, students will be able to:

• Use and understand chemical vocabulary.

• Apply the scientific method to chemical problems.

• Explain modern atomic theories and periodic trends.

• Understand and use the mole concept and solve stoichiometry problems.

• Describe and analyze combustion, acid-base, and redox reactions.

• Discuss compound solubility and reactivity in aqueous systems.

• Explain the kinetic molecular theory, ideal gas law, and deviations from ideality.

• Describe energy changes in chemical reactions (thermochemistry).

• Understand atomic structure, chemical bonding, and molecular shape.

Required Materials

• Textbook: "Principles of Chemistry: A Molecular Approach" by Nivaldo J. Tro (6th Ed., Pearson)

• Calculator: Scientific calculator (log, ln, exponential functions required; graphing calculators not allowed on exams)

• Online Homework: Mastering Chemistry (Pearson) via WyoCourses

Course Structure and Policies

Lectures

• Based on PowerPoint slides and chalkboard explanations.

• Students are responsible for downloading slides and taking notes.

• Active participation and problem-solving during class are emphasized.

Laboratory Sessions

• Refer to the separate Lab syllabus and schedule.

• Lab-related questions should be directed to Dr. Bandy.

Discussion Sessions

• Attendance is mandatory; quizzes are administered during these sessions.

• More than two absences result in point deductions.

• Make-up quizzes are only allowed under special circumstances with documentation.

Homework and Quizzes

• 12 online homework assignments (lowest score dropped).

• 8 quizzes (lowest score dropped).

• Textbook problems are assigned but not graded; answers to odd-numbered problems are in the textbook.

Exams

• Three midterm exams (each 130 points).

• Comprehensive final exam (205 points).

• No notecards, cheat sheets, or electronic devices allowed.

• Make-up exams only for documented emergencies or university-sanctioned events.

Grading Scheme

Point Allocation

Letter Grades:

No curve or extra credit assignments are offered.

Course Schedule

Weekly Topics and Chapters

Key Topics Covered (by Chapter)

• Ch. 1: Matter, Measurement, Problem Solving

• Ch. 2: Atoms & Elements

• Ch. 3: Molecules & Compounds

• Ch. 4: Chemical Reactions & Quantities

• Ch. 5: Solutions & Aqueous Reactions

• Ch. 6: Gases

• Ch. 7: Thermochemistry

• Ch. 8: Quantum-Mechanical Model of the Atom

• Ch. 9: Periodic Properties of the Elements

• Ch. 10: Chemical Bonding I: The Lewis Model

• Ch. 11: Chemical Bonding II: Molecular Shapes, VSEPR & MO Theory

Student Support and Resources

• Supplemental Instruction (SI): Out-of-class study sessions led by a peer leader.

• Disability Support Services: Academic accommodations for students with disabilities.

• Counseling Center: Mental health and counseling services.

• Academic Affairs & Dean of Students: Academic and student support.

• UW Tutoring Resources: Free tutoring and academic support.

Academic Policies

• Classroom Decorum: Professional behavior, punctuality, and respect are required.

• Academic Freedom: Open discussion is encouraged, but students are responsible for learning course content.

• Diversity Statement: The course values diverse viewpoints and respectful discussion.

• Academic Dishonesty: Cheating and plagiarism are strictly prohibited and penalized.

• Title IX and Green Dot: Resources and reporting for discrimination and violence prevention.

Summary Table: Major Course Components

Tips for Success

• Attend all lectures and discussions.

• Actively take notes and participate in class.

• Complete all homework and assigned textbook problems.

• Utilize supplemental instruction and tutoring resources.

• Maintain academic integrity and seek help when needed.

Additional info: This syllabus provides a comprehensive overview of the course structure, expectations, and resources. For detailed content on each chapter, refer to the textbook and lecture materials as assigned weekly.