Syllabus Study Guide: Introduction to General, Organic, and Biological Chemistry (GOB Chemistry)

Course Overview

Introduction

This course, CHE 1040, provides a survey of chemical principles relevant to general, organic, and biological chemistry. It is designed for allied health fields and fulfills core curriculum requirements for non-laboratory science courses.

• Instructor: Dr. Dale Rosado

• Semester: Fall 2025

• Location: Scianna Hall F-205

• Course Content: Delivered via Canvas and Mastering Chemistry

Prerequisites

Required Background

No formal prerequisites are required for this course. However, students are expected to have a fundamental understanding of algebra.

Student Learning Outcomes

Core Competencies

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

• Apply the scientific method in chemical investigations.

• Demonstrate proficiency in dimensional analysis for unit conversions and calculations.

• Describe the structure of atoms and compounds, including atomic theory and molecular composition.

• Interpret the stoichiometry and energetics of chemical reactions, including balancing equations and energy changes.

• Explain the behavior of gases using gas laws and kinetic molecular theory.

• Analyze and predict the outcome of equilibrium reactions, including chemical and physical equilibria.

• Demonstrate understanding of acids, bases, and buffers, including pH calculations and buffer systems.

• Identify functional groups in organic compounds and their chemical properties.

• Recognize and interpret basic types of organic chemistry reactions, such as addition, substitution, and elimination.

• Describe key concepts related to carbohydrates, lipids, proteins, and nucleic acids in biological chemistry.

• Demonstrate understanding of the concept of enzymes and receptors in regulation of biological processes.

• Name and draw familiarity with key metabolic pathways in biochemistry.

• Demonstrate understanding of basic bioenergetics concepts, including energy flow in biological systems.

Required Materials

Textbooks and Technology

• Textbook: Chemistry: An Introduction to General, Organic, and Biological Chemistry, Timberlake, 14th edition

• Homework: Pearson's Mastering Chemistry (Online Homework)

• Scientific Calculator

• Laptop with Webcam for Testing

Course Evaluation and Assignment Composition

Grading Breakdown

• Exams: 45% (Three exams, cumulative, administered online with video monitoring)

• Final Exam: 20% (Comprehensive, administered online with video monitoring)

• Homework: 25% (Online assignments via Mastering Chemistry)

• Participation: 10% (Attendance, assessments, and active participation in course activities)

Grading Scale

Grade	Percentage
A	90-100
B	80-89.9
C	70-79.9
D	60-69.9
F	< 60

Tentative Semester Schedule

Weekly Topics

Week of Semester	Lecture Topic
Week 1	First Class Meeting, Syllabus Review, Pretest, Math Review
Week 2	Chapter 1 and 2
Week 3	Lab Day; Chapter 3
Week 4	Chapter 4
Week 5	Exam 1
Week 6	Chapter 5, 6
Week 7	Chapter 7, 8
Week 8	Chapter 9, 10/11
Week 9	Exam 2
Week 10	Chapter 10, 10/12
Week 11	Chapter 12, 13
Week 12	Chapter 13, 14, 14
Week 13	Chapter 14, 15, 16
Week 14	Holiday: Thanksgiving, Holidays
Week 15	Chapter 17, Exam 3
Week 16	Final Exam

Course Policies

Attendance

• Minimum of 75% attendance required to receive course credit.

• Online attendance is tracked via assignment completion and web access.

Late Submission of Assignments

• Homework: May be submitted up to one week late, with a 10% deduction per day.

• After one week, late homework will not be accepted.

• Tests and Quizzes: Must be taken on time unless an excused absence is provided.

Course Withdrawal

• Withdraw by October 31, 2025 for a "W" grade.

• Withdraw after October 31, 2025 results in an "F" grade.

Course Communication

• Communication via email, Canvas, and office hours.

• Instructor available for help during posted office hours and by appointment.

Technology Requirements

• Internet Connection

• Microsoft Word, PowerPoint, Excel

• Adobe Acrobat Reader

• Mastering Chemistry

• Calculator

• Laptop with webcam

Academic Integrity

Students are expected to adhere to the university's standards of academic honesty. Violations may result in assignment failure, course failure, or dismissal.

Disaster Plan Statement

Emergency notifications will be broadcast via SaderWatch and university communication systems. Students should update their contact information for timely alerts.

Sexual Misconduct Statement

The university complies with federal and state laws regarding sexual misconduct. Students are protected from discrimination and harassment.

ADA Statement

Disability accommodations are available. Contact the Office of Disability Services for assistance.

Tobacco Policy

William Carey University is a tobacco-free campus. Students are expected to refrain from tobacco use while on campus.

Additional info:

• This syllabus provides a comprehensive overview of the GOB Chemistry course structure, expectations, and policies. For detailed content on chemical principles, refer to the course textbook and weekly lecture topics.