Course Outline

Catalog Description
CHEM 11 - Introduction to Chemistry
Transfer Status: CSU/UC
Unit(s): 4.00
Contact Hours: 51.00 Lecture/51.00 Lab
Out of Class Hours: 102.00
Total Course Hours: 204.00
This course will develop the language of chemistry and quantitative agility needed as a foundation for experimental laboratory work and problem solving in the chemical sciences. It will include a survey of essential chemistry topics (e.g. the periodic table, nomenclature, chemical reactions, stoichiometry, bonding, and solution chemistry) along with fundamental laboratory skills (e.g. observation, analysis, measurements and uncertainty, dilutions and lab safety). This course is intended as preparation for CHEM 1 students who did not successfully complete high school chemistry. Graded only.
Objectives
Upon successful completion of this course, the student should be able to:
  1. Apply foundational practices of measurement of physical quantities such as mass, volume, density, temperature, and solution concentrations in the context of chemical and physical transformations.
  2. Demonstrate knowledge of the qualitative features of chemistry including physical and chemical properties, naming and writing chemical formulas of compounds and balancing chemical reactions.
  3. Describe at an introductory level the unique features of fundamental chemical principles identified in the unit titles.
  4. Demonstrate a skill set combining the calculational and general problem-solving skills to analyze simulated as well as experimentally generated scenarios at the introductory chemistry level.
  5. Demonstrate basic laboratory skills, including lab safety.
Course Content
Topic Titles / Suggested Time Topic
Lecture
TopicsLec Hrs

Measurements and Problem-Solving

4.00

Analyzing and Interpreting Data

4.00

Significant Figures and Dimensional Analysis

5.00

Matter and Energy

5.00

Elements, Atoms, Ions; the Periodic Table

4.00

Molecules, Formulas and Naming

4.00

Chemical Reactions; Types of Equations and Balancing

4.00

Stoichiometry; Moles

7.00

Chemical Bonding, Lewis Structures and VSEPR

5.00

Gas Laws and Stoichiometry

3.00

Aqueous Systems and Solutions, Concentration and Stoichiometry

6.00
Total Hours: 51.00
Lab
TopicsLab Hrs

Lab Procedure and Safety

6.00

Measurements

6.00

Analyzing and Interpreting Data

6.00

Matter and Energy

6.00

The Periodic Table

3.00

Chemical Equations and Stoichiometry

12.00

Bonding and Lewis Structures

3.00

Gases

3.00

Solutions and Solution Stoichiometry

6.00
Total Hours:51.00
Methods of Instruction
  1. Class Activities
  2. Collaborative Group Work
  3. Discussion
  4. Homework: Students are required to complete two hours of outside-of-class homework for each hour of lecture
  5. Instructor Demonstrations
  6. Laboratory Experiments
  7. Lecture
Methods of Evaluation
  1. Exams/Tests
  2. Quizzes
  3. Oral Presentation
  4. Homework
  5. Lab Projects
  6. Final Examination
Examples of Assignments
Reading Assignments
  1. Read the section on nomenclature in the text and be prepared to name various types of chemical compounds in class.

  2. Read the sections in the text on chemical reactions and be prepared to discuss the various types of reactions and what they might be used for in class.

Writing Assignments
  1. Write a paragraph describing the differences between ionic and covalent substances, with examples, on an exam.

  2. Write a paragraph giving the instructions to determine the mass of 5 grams of sugar to 0.0001 g. Be prepared to demonstrate this technique in lab.

Out-of-Class Assignments
  1. After reviewing the section on dimensional analysis in the text and notes, complete and turn in the assigned end of chapter problems or homework sheet.

  2. After studying the sections on Lewis structures and VSEPR, be prepared to draw small covalent molecules and give their name and shape in class.

Recommended Materials of Instruction
Tro, N, J. (2018). Introductory Chemistry, Essentials. Pearson, 6th. 978-0134302386.
CHEM 11 lab packet, may be purchased in the bookstore or downloaded from the Canvas course, safety goggles, lab coat, simple scientific calculator similar to TI 30Xa
Minimum Qualifications
Chemistry (Masters Required)
Lillie, Penny
Date:05/02/2022