Introduction to Chemistry Syllabus and Course Expectations

Course Overview

Introduction

This syllabus outlines the structure, expectations, and policies for an introductory college-level chemistry course. The course covers fundamental principles of chemistry, including chemical names and formulas, calculations, problem-solving, and laboratory work.

Course Structure and Logistics

Instructor and Contact Information

• Instructor: Dr. Angelique Scheuermann

• Email: [e-mail]

• Office: PS 206

• Office Hours: Monday 1:30 PM – 3:00 PM

Class Format

• In-person lectures and laboratory sessions.

• Lab section attendance is required; no exceptions.

Required Texts and Materials

• Lecture: Chemistry: A Molecular Approach (with online version or eBook)

• Laboratory: Chemistry 110 Lab Manual (available at the bookstore)

• Scientific Calculator: Required for calculations during exams and labs.

Prerequisites

• Math 150 (or concurrent enrollment)

• Algebra will be needed for calculations.

Course Outcomes

Learning Objectives

• OUTCOME 1: Properly convert between chemical names and chemical formulas.

• OUTCOME 2: Use the periodic table for basic chemical calculations.

• OUTCOME 3: Solve chemistry problems using chemical terminology.

• OUTCOME 4: Collect, interpret, and analyze experimental results, explaining them in quantitative terms.

• OUTCOME 5: Convert between different systems of units used in scientific calculations.

Grading and Assessment

Grading Breakdown

Component	Percentage
Lecture	70% of total points
Laboratory	30% of total points
Homework	15%
Lab Reports	19%
Quizzes (1 dropped)	12%
Problem Set/Lab Quizzes	4%
Midterms	23%
Final	27%
Prelab	4%

Letter Grades

Grade	Percentage
A	90-100%
B	80-89%
C	65-79%
D	50-64%
F	Below 50%
Credit	65% or above

Homework and Quizzes

• Homework is administered via Mastering Chemistry with due dates posted on Canvas.

• Quizzes are given in person during lab periods; lowest quiz grade will be dropped.

• Pre-lab assignments are required at the start of each lab period.

Exams

• Three midterms and one final exam.

• No retakes for exams except for documented emergencies.

• Absence and rescheduling policies are strictly enforced.

Laboratory Expectations

Lab Attire and Safety

• Long pants, closed-toed shoes, long hair pulled back, long-sleeved shirts/jackets, and lab goggles are required.

Lab Culture

• Respectful behavior in the lab is mandatory.

• No eating or drinking in the lab.

• Keep chemicals a safe distance from your face.

Lab Reports and Pre-Labs

• One lab report per experiment.

• Pre-lab assignments must be typed and submitted at the start of the lab period.

Course Policies

Attendance

• Attendance is required for all lectures and labs.

• More than three absences from the lab will result in being dropped from the course.

Academic Honesty

• Cheating and plagiarism are strictly prohibited and will result in disciplinary action.

• Assignments must be original and properly cited.

Accommodations

• Students with disabilities should contact the Disabled Students Programs and Services for accommodations.

Class Conduct

• Disruptive behavior and use of cell phones or other devices are not permitted.

• Food and drinks are not allowed in the classroom or lab.

Workload Expectations

• Expect to spend 3-4 hours per week studying and completing homework for each unit.

• Successful students typically spend at least 15 hours per week on class-related work.

Important Dates

• Midterm 1: Thurs, Sept 25

• Midterm 2: Thurs, Oct 23

• Midterm 3: Thurs, Nov 20

• Final Exam: Thurs, Dec 11

• Drop Deadlines: Sept 7 (no notation), Oct 27 (with 'W')

Summary Table: Key Policies

Policy	Details
Attendance	Required for all lectures and labs; more than 3 absences may result in being dropped.
Homework	Due via Mastering Chemistry; deadlines posted on Canvas.
Lab Reports	One per experiment; must be submitted on time.
Exams	No retakes except for documented emergencies.
Academic Honesty	Cheating/plagiarism result in penalties and possible disciplinary action.

Additional info:

• Students are expected to use scientific calculators for all calculations.

• Lab quizzes and pre-labs are designed to prepare students for experiments and reinforce safety and procedure knowledge.