Initial Education Program Course and Field Experience Alignment with Praxis II Content Table x.xx Course and Field Experience Alignment with Praxis II Content: Chemistry Content Knowledge Subject Area:
I. Matter and Energy; Heat, Thermodynamics, and
ChemActivity 71
Organic Chemistry (II)
(What happens to the properties of hydrocarbons when O and N are added?)
Information
If we begin to replace hydrogen atoms on hydrocarbons with certain other atoms, e.g., oxygen, nitrogen, halogens, etc., (cal
Lecture notes and transparencies for Organic Chemistry, Chem 210 Spring 2008
The lecture notes are mainly collections of copies of transparencies shown in class. They are divided into four parts, encompassing material between exams. You need to prin
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Plasmid combination: Wild-type pRBB16-R73K + pMK113-258oc pRBB16-R73K + pMK113-T154I pRBB16-R73K + pMK113-tar
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Hess, J. F. et al., 1988. Phosphorylation of three proteins in the signaling pathway of bacterial chemotaxis. Cell 53:
Packet 2
Atoms and Elements
last updated: 06/03/09
CHE 104 Packet 2 1
Concept Area I: Terminology
alkali metals alkaline earth metals atom atomic mass atomic mass unit, amu atomic number, Z atomic orbital diagram atomic
Organic Chemistry
The chemistry of life and living things
The chemistry of carbon compounds
Chem 1AA3 2
Evolution of the field
Why is organic chemistry important? To understand how we interact with other organisms (food & nutrients, infections),
ChemActivity
70 Organic Chemistry (I)
(Yeah, carbon is OK, its always willing to share!)
Information Share indeed! Carbons position in the periodic table makes it very unlikely that a carbon atom would either gain or lose four electrons to give the
A Brief Review Organic Chemistry study of Bonds with > million compounds Bonding - 2 ways to achieve 1. Ionic bond Ex:
Na
+
Cl
2. Covalent bond Ex:
H
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lines =
Lewis Structures (molecules/ions): dots = Common Bonding Patterns Carbon 4 0
Packet 9
Bonding and Molecular Structure: Fundamental Concepts
last modified: 06/03/09
CHE 105 Packet 9 1
Concept Area I: Terminology
Lewis dot structures octet valence electrons core electrons nonbonding electrons bonding pair lone pair sing
CHEM 212
Module 0: Introduction
page 1 of 5
Inorganic chemistry in perspective
Traditionally, chemistry has been broadly divided into four areas:
Organic chemistry chemistry of carbon-based compounds Inorganic chemistry Physical chemistry Applicat
NBO Bibliography
Bibliography of NBO Applications, 1998
Gilbert TM Ab initio studies of pericyclic reactions of aminoboranes. [2+2] dimerization and [4+2] DielsAlder reactions of H2BNH2, Me2BNMe2, and (F3C)(2)BNMe2 ORGANOMETALLICS 17 (25): 5513-5520
NBO Bibliography
Bibliography of NBO Applications, 2000
Drablos F Ab initio simulation of chemical shift effects from metal ion binding in bacitracin A J COMPUT CHEM 21 (1): 1-7 JAN 15 2000 Del Rio E, Lopez R, Menendez MI, et al. A theoretical study
Myers
General Introductory References
Oxidation
Alkane R-CH3 organoboranes RCH2BR2' organosilanes RCH2SiR3'
Chem 115
organometallics in general RCH2M (M = Li, MgX, ZnX.)
March, J. In Advanced Organic Chemistry, John Wiley and Sons: New York, 1992,
Packet 20: Principles of Reactivity: Electron Transfer Reactions
last updated: 06/03/09
CHE 107 Packet 20 - 1
Concept Area I: Terminology
oxidation reduction oxidized reduced oxidizing agent reducing agent oxidizer reducer voltaic or galvanic cell