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CH 100 Students
Students are recommended to use this website to download course materials. All PowerPoint presentations are available for viewing. Presentations also appear as Portable Document Files (pdf's)and are available for easier download and printing. All additional course handouts are also available.
Announcements
CH100 Exam III Grades
Posted: Nov 20, 2009
CH100 Exam III Grades are posted to the Pageout website in the Gradebook.
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ARIS Homework
Posted: Nov 17, 2009
ALL Chapter 5, 7 and 8 ARIS Homeworks are due by 11/19/09 before 3:00PM. This deadline will be strictly adhered to. Prof. C.
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CH 100 Update - POGIL Week of 11/30/09
Posted: Nov 17, 2009
Assignment 1: Bonding and Electronegativity.
Review electron configurations, periodic trends, ionization energy, electron affinity, chemical bonding.
Write definitions for: Ionic Bond, Non-polar Covalent and Polar Covalent Bond, Electronegativity, Bond and Molecular Polarity.
Assignment 2: Lewis Model of Electronic Structure.
Review valence electrons and electronegativity.
Write definitions for: Lewis model, Lewis structure, duet rule, octet rule, bonding pairs, non-bonding pairs, single bond, double bond, triple bond, resonance, formal charge.
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CH 100 ARIS Homework Warning
Posted: Oct 30, 2009
Some students are not completing their online homeworks. I remind you that the ARIS online homework is mandatory and is 5% of your overall course grade.
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CH 100 Lab Outline
Posted: Oct 28, 2009
Don't forget to download the revised CH 100 lab sequence. Reminder: Next week's lab is Experiment #8 Charles' Law. Don't forget to ask for a copy of a sample graph for this lab so you can properly complete the pre-lab assignment.
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Course Description
One-semester course for students whose emphasis is other than the science discipline. Lecture topics include atomic structure, bonding, chemical equations, energy and change, gas laws, acid-base chemistry, solutions, and chemical equilibria. Prepares students for enrollment in subsequent chemistry courses. Laboratory techniques are introduced and followed by experiments which illustrate basic principles presented in lecture. (3 hrs. lecture, 3 hrs. laboratory.)
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