Introductory Chemistry: Course Schedule and Chapter Overview

Course Overview: Chemistry 101 Summer Schedule

This document provides a week-by-week schedule for an introductory chemistry course, outlining the main topics, associated textbook chapters, and important dates for assignments and exams. The topics align closely with foundational concepts in general chemistry, making this a useful guide for organizing study and review.

Course Structure and Main Topics

• Ch. 1: The Chemical World – Introduction to chemistry, its importance, and basic concepts.

• Ch. 2: Measurement and Problem Solving – Units, measurements, significant figures, and problem-solving strategies.

• Ch. 3: Matter and Energy – Classification of matter, physical and chemical properties, and energy changes.

• Ch. 4: Atoms and Elements – Structure of atoms, elements, and the periodic table.

• Ch. 5: Molecules and Compounds – Chemical bonding, molecular structure, and compound formation.

• Ch. 6: Chemical Composition – Moles, molar mass, and percent composition.

• Ch. 7: Chemical Reactions – Types of reactions, balancing equations, and reaction stoichiometry.

• Ch. 8: Quantities in Chemical Reactions – Limiting reactants, theoretical yield, and percent yield.

• Ch. 9: Electrons in Atoms and the Periodic Table – Electron configuration and periodic trends.

• Ch. 10: Chemical Bonding – Ionic and covalent bonding, Lewis structures, and molecular geometry.

• Ch. 11: Gases – Properties of gases, gas laws, and kinetic molecular theory.

• Ch. 12: Liquids, Solids, and Intermolecular Forces – States of matter and intermolecular interactions.

• Ch. 13: Solutions – Solution formation, concentration units, and properties of solutions.

• Ch. 14: Acids and Bases – Definitions, properties, and calculations involving acids and bases.

• Ch. 15: Chemical Equilibrium – Dynamic equilibrium, equilibrium constants, and Le Châtelier’s principle.

• Ch. 16: Oxidation and Reduction – Redox reactions and electrochemistry basics.

• Ch. 17: Radioactivity and Nuclear Chemistry – Types of radiation, nuclear reactions, and applications.

Weekly Schedule and Assignments

The course is organized into 12 weeks, with each week focusing on specific chapters and concepts. Homework assignments are due weekly, and there are three major exams spaced throughout the term. The final exam covers the last set of chapters and is scheduled at the end of the course.

Week	Dates	Topics/Chapters	Assignments Due
1	5/18	Ch. 1: The Chemical World Ch. 2: Measurement and Problem Solving	Mastering HW Ch. 1 & 2 (5/25)
2	5/25	Ch. 3: Matter and Energy	Mastering HW Ch. 3 (6/1)
3	6/1	Ch. 4: Atoms and Elements	Mastering HW Ch. 4 (6/8)
4	6/8	Ch. 5: Molecules and Compounds	Mastering HW Ch. 5 (6/15)
5	6/15	Ch. 6: Chemical Composition	Mastering HW Ch. 6 (6/22)
6	6/22	Ch. 7: Chemical Reactions	Mastering HW Ch. 7 (6/29)
7	6/29	Ch. 8: Quantities in Chemical Reactions	Mastering HW Ch. 8 (7/6)
8	7/6	Ch. 9: Electrons in Atoms and the Periodic Table	Mastering HW Ch. 9 (7/13)
9	7/13	Ch. 10: Chemical Bonding	Mastering HW Ch. 10 (7/20)
10	7/20	Ch. 11: Gases Ch. 12: Liquids, Solids, and Intermolecular Forces	Mastering HW Ch. 11 & 12 (7/27)
11	7/27	Ch. 13: Solutions Ch. 14: Acids and Bases	Mastering HW Ch. 13 & 14 (8/3)
12	8/3	Ch. 15: Chemical Equilibrium Ch. 16: Oxidation and Reduction Ch. 17: Radioactivity and Nuclear Chemistry	Mastering HW Ch. 15, 16, 17 (8/10)

Key Dates and Exam Structure

• Exam 1: Covers Chapters 1–5 (Week 5)

• Exam 2: Covers Chapters 6–10 (Week 9)

• Final Exam: Covers Chapters 11–17 (Week 12)

Study Recommendations

• Review each chapter before the corresponding week to stay ahead.

• Complete all homework assignments by the due dates to reinforce understanding.

• Use the chapter topics as a checklist for exam preparation.

• Attend all scheduled classes and participate in discussions for deeper comprehension.

Additional info:

This schedule provides a logical progression through the foundational topics of general chemistry, ensuring coverage of all major concepts required for a first-year college chemistry course. The structure supports both content mastery and exam readiness.