CHEMISTRY 1210 FALL 2005TEXT: Intro to General, Organic, & Biochemistry, Bettelheim et al INSTRUCTOR: Barbara Albers Jackson, Ph.D. Room 323, Foster Hall Phone: 372-3427 Mobile: 260-3427 E-Mail: BJackson@tntech.edu This general chemistry course will focus on chemical concepts and applications for the students entering applied medical fields. The first half of the course will deal with chapters 1 through 9 in the text. The second half of the course will cover general principles of organic chemistry which apply to biochemistry and general concepts of biochemistry and some selected biochemical pathways. I will lecture from my notes which on: http://iweb.tntech.edu/bjackson/index.htm . Go to Chemistry 1210 for my notes and sample quizzes. There will be sample quizzes in the free tutoring in Room 133 Foster Hall. There will be chemistry majors available as tutors Monday thru Thursday. I will post the times when available. I do not take roll, but expect attendance. Occasionally I will take roll and add a few points to the upcoming quiz. The major portion of your grade will be weekly quizzes. I do not do makeup quizzes, but will allow you to drop your lowest quiz. If you are sick and miss a class, let me know. That will count as your drop, but if you are sick again and miss another quiz, I can make an adjustment and not average a zero grade. If you decide to use your drop quiz and then get sick, sorry. The last day to drop a course with a “W” is Friday Nov 4.
Grading Scale Grading System 92.0 and above A 91.9-82.0 B Weekly quizzes 60% 81.9-72.0 C Midterm (10/4) 20% 71.9-62.0 D 61.9 and under F Final Exam 20% (12/12 10:30 AM) .
Chemistry 1210
The following topics are covered in Chemistry 1210 at Tennessee Technological University.
States of Matter Chemical and Physical Properties of Matter Measurements Dimensional Analysis & Conversion Problems Fahrenheit, Celsius, and Kelvin conversions Density Calories Atomic Structure Isotopes Half-life Nuclear Reactions - Decay, Fission, Fusion Uses of Radioisotopes Chemical Bonding - Ionic, Covalent, Hydrogen Oxidation Numbers Balancing Equations Stoichiometry Gas Laws Solutions - Percent, Molarity, Normality Neutralization Reactions Dilutions Acids, Bases, Salts pH, pOH Conversion of Hydrogen Ion Concentration to pH Organic Functional Groups Overview Biochemistry |
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