Chemistry 101 Topics to be Covered Molecular Quantum Mechanics

本课程为化学101介绍性普通化学课程，主要内容包括粒子、原子、分子、离子等基本概念，化学计量学原理，气体定律，原子量子力学理论，化学键合原理，分子量子力学理论以及液体和固体的相关性质。

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Chemistry 101
Topics to be Covered

Introduction and Review:Chapter 1, appendices A & B

Particles, Atoms, Molecules,Ions: Chapters 1 & 2

Stoichiometry:Chapter 1

Gases: Chapter3

Atomic Quantum Mechanics:Chapter 13

Chemical Bonding:Chapters 2 & 14

Molecular QuantumMechanics: Chapters 14 & 15

Liquids and Solids:Chapters 17

Other Topics: To Be Determined

Molecular Quantum Mechanics

I. Localized Electron Model: Hybridization/"Valence Bond Theory"

Introduction
Hybridization of Atomic Orbitals

- sp-3 Hybridization -- Figures 4.1-4.5 , Mathematica files

- sp-2 Hybridization -- Figures 5.1-5.3, 7.1-7.2

- sp Hybridization -- Figures 8.1-8.5, 9.1-9.3

II. Molecular Orbitals

Introduction
LCAO Method --Figures 14.1-14.3, 17.1, Mathematica files
H-2 Molecule/Homonuclear Diatomic Molecules (n=2) -- Figures 19.1-19.5, 20.1, Mathematica files
Heteronuclear Diatomic Molecules/Experimental Verification of Molecular Orbital Theory -- cards 22-23 -- Figures 23.1-23.6 , Mathematica files

III. Resonance Structures: Delocalized Pi-Bonding -- card 24--

Figures 24.1-24.4

IV. Suggested Text Problems -- card 25

Chemistry 101:
Introduction to General Chemistry I

Spring, 1997
Professor Marsha I. Lester

Room 250, Chemistry Building
Phone: 898-4640 e-mail: lester@a.chem.upenn.edu

Topics to beCovered ---------- Course Information
Lecture Schedule ----------Announcements & Updates (2/4/97)
Assigned Text Problems

You may go to the ChemistryCourses Home Page or the ChemistryDepartment Home Page.

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The materials provided on this site are intended solely for the educationaluse of students currently enrolled in University of Pennsylvania Chemistry101 course with Professor Lester. Students may download and print copiesof the materials for their personal use in connection with this course.No other copying or distribution of the materials is permitted without theexpress written consent of Professor J. Kent Blasie & The Trustees ofthe University of Pennsylvania.