CHEM 1105 – General Chemistry

CHEM 1105 - General Chemistry I

Session 1: May 23 – July 1

Course Description

This course is the first semester of General Chemistry and will serve as an introduction to fundamental chemical principles.

Topics to be covered include

  • Composition of Matter,
  • Calculations and Dimensional Analysis,
  • Chemical Nomenclature,
  • Solution Chemistry,
  • Thermochemistry,
  • Gases,
  • Atomic Structure,
  • Basic Bonding, and
  • Molecular Geometry.

Course Materials

Textbook: Chemistry: The Central Science
Brown, LeMay, and Bursten, 10th edition, Prentice Hall Pub., 2006.

Calculator: A scientific calculator is required. An inexpensive scientific calculator with scientific notation, square root, trigonometric, exponential, and logarithmic functions can be purchased for less than $20, and will be sufficient for the needs of this course.

Syllabus (PDF)

Dates: May 23 – July 1

Department: Chemistry

Course:  CHEM 1105

Credit Hours:  3

Prerequisites:

Precalculus (MAT 119) or a higher level math course, or have been placed in Calculus I (MAT 149) or a higher level math course.

Corequisite: CHEM 1105L

Satisfies:

NS Natural Sciences requirement, QR Quantitative Reasoning requirements, IB Mathematics Requirement, IID Laboratory Science requirement
(when taken with corresponding lab course CHEM 1105L)

The above requirements are from the Randolph College general education program.  Check with your home institution to see if this course fulfills your requirements.

Tuition & Fees:

$1,125 tuition

Textbooks and other course materials can be purchased separately from the source of your choosing.

Your Instructor

Jesse Kern

Jesse KernAssistant Professor of Chemistry
B.S., Baker University; Ph.D., University of Kansas

Physical chemistry has been a passion of mine ever since my first undergraduate thermodynamics course. Physical chemistry gracefully connects the fundamental physical descriptions of matter with the everyday properties of matter that we know and love. I teach courses in quantum mechanics, thermodynamics, materials science, as well as introductory general chemistry. I also advise chemistry majors interested in pursuing graduate school.

My current research interests are related to phenomena that occur at surfaces. We primarily use simulation techniques such as molecular dynamics and Density Functional Theory to understand surface structure and properties on the atomic scale.

Register for Summer Session

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