BackGeneral 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.