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General Chemistry II (CHEM 116) Syllabus and Course Structure – Spring 2025

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Course Overview

General Chemistry II (CHEM 116) – Spring 2025

This course is the second semester of college-level general chemistry, designed for students pursuing majors in Biology, Chemistry, Medical Technology, Pharmacy, and Pre-Med. It is a prerequisite for Organic Chemistry and covers advanced topics in physical and analytical chemistry.

  • Course Code: 21:160:116

  • Credits: 4

  • Instructor: Dr. Xinbo Lau

  • Textbook: OpenStax Chemistry 2e (Free online access)

  • Prerequisites: General Chemistry I (160:115) and Pre-Calculus (640:114)

Course Structure and Grading

Assessment Components

  • Exams: 3 in-class exams (lowest score dropped; top 2 count for 400 points, 40%)

  • Quizzes: 13 quizzes in recitation (best 10 count for 200 points, 20%)

  • Homework: Online assignments via Canvas (100 points, 10%)

  • Final Exam: Cumulative, mandatory (300 points, 30%)

  • Total Points: 1000

Grading Scale:

  • A: 85.0–100%

  • B+: 80.0–84.99%

  • B: 70.0–79.99%

  • C+: 65.0–69.99%

  • C: 55.0–64.99%

  • D: 50.0–54.99%

  • F: 0–49.99%

Course Topics and Weekly Outline

Main Topics Covered

The course covers eight chapters from the OpenStax Chemistry textbook, focusing on the following areas:

  • Liquids and Solids

  • Solutions and Colloids

  • Kinetics

  • Chemical Equilibrium

  • Acid-Base Equilibria

  • Equilibria of Other Reactions

  • Thermodynamics

  • Electrochemistry

Week

Dates

Chapter(s)

Topic

1

1/21–1/24

10

Liquids and Solids

2

1/27–1/31

10 & 11

Solutions and Colloids

3

2/3–2/7

11

Solutions

4

2/10–2/14

12

Kinetics

5

2/17–2/21

12

Kinetics

6

2/24–2/28

12 & 13

Kinetics & Equilibrium

7

3/3–3/7

13

Equilibrium

8

3/10–3/14

14

Acid-Base Equilibria

9

3/24–3/28

14

Acid-Base Equilibria

10

3/31–4/4

14 & 15

Acid-Base Equilibria & Equilibria of Other Reactions

11

4/7–4/11

15

Equilibria of Other Reactions

12

4/14–4/18

16

Thermodynamics

13

4/21–4/25

16 & 17

Thermodynamics & Electrochemistry

14

4/28–5/2

17

Electrochemistry

Learning Outcomes

Upon successful completion, students will:

  • Understand solid state structure, reaction kinetics, reaction equilibrium, thermodynamics, quantum chemistry, nuclear chemistry, and electrochemistry.

  • Apply concepts of solution concentration and colligative properties to determine molar mass.

  • Perform calculations involving aqueous acids and bases, including titrations, buffer chemistry, and precipitation reactions.

Key Academic Policies and Resources

Academic Integrity

  • All students must adhere to Rutgers University's Academic Integrity Policy.

  • Violations are considered serious offenses and may result in disciplinary action.

Accommodations and Support

  • Office of Disability Services (ODS) for students with disabilities

  • Office of Title IX and ADA Compliance for pregnancy, gender, or sex-based discrimination

  • Dean of Students for absence verification and temporary conditions

  • Program in American Language Studies (PALS) for ESL support

  • Violence Prevention and Victim Assistance for confidential support

  • Campus Awareness Response and Education (CARE) Team for crisis support

  • Counseling Center for mental health and well-being

Learning Resources

  • Rutgers Learning Center (tutoring services)

  • Writing Center (tutoring and writing workshops)

Expectations and Responsible Behavior

  • Regular attendance and active participation are required.

  • Students are responsible for tracking assignment due dates and exam schedules.

  • All class-related information will be sent to Rutgers email accounts.

  • Absences must be communicated to the instructor; extended absences require verification.

Important Dates

  • First Day of Class: 1/21/2025

  • Add/Drop Period: 1/21/2025 – 1/30/2025

  • Spring Recess: 3/15/2025 – 3/23/2025

  • Last Day of Classes: 5/5/2025

  • Final Exam: 5/9/2025, 3:00PM – 6:00PM (Cumulative, covering Chapters 10–17)

Summary of Covered Chemistry Topics

  • Liquids, Solids & Intermolecular Forces (Ch. 10)

  • Solutions (Ch. 11)

  • Chemical Kinetics (Ch. 12)

  • Chemical Equilibrium (Ch. 13)

  • Acid and Base Equilibrium (Ch. 14)

  • Aqueous Equilibrium (Ch. 15)

  • Chemical Thermodynamics (Ch. 16)

  • Electrochemistry (Ch. 17)

Additional info: The syllabus aligns with the standard topics for a second-semester general chemistry course, focusing on physical chemistry concepts and their applications in aqueous systems, thermodynamics, and electrochemistry.

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