'Stable electron configuration' presentation slideshows

Chapter 1 Structure Determines Physical and Chemical Properties

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Chapter 1

Chapter 1. The Basics Bonding and Molecular Structure. About The Authors. These Powerpoint Lecture Slides were created and prepared by Professor William Tam and his wife Dr. Phillis Chang.

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BASIC COMPONENTS OF LIVING THINGS

BASIC COMPONENTS OF LIVING THINGS. BOOK PAGE 21-29 14-20. What are plants made up of? What are animals made up of?. All living things are made up of cells. But what are cells made up of?. Atoms and molecules.

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Chapter 11 Chemical Bonding

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CH 8: Bonding

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Chapter 6 Objectives:

Section 1 Introduction to Chemical Bonding. Chapter 6 Objectives:. Define chemical bond. Explain why most atoms form chemical bonds. Describe ionic and covalent bonding. Explain why most chemical bonding is neither purely ionic nor purely covalent.

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Chapter 1 Chemical Bonding

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3.4 Covalent Bonds and Lewis Structures

3.4 Covalent Bonds and Lewis Structures. The Lewis Model of Chemical Bonding. In 1916 G. N. Lewis proposed that atoms combine in order to achieve a more stable electron configuration. Maximum stability results when an atom is isoelectronic with a noble gas.

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Introduction to Oil Chemistry and Transesterification

Introduction to Oil Chemistry and Transesterification. John Bush Colorado School of Mines, Golden, CO j ohn.a.bush@gmail.com. Atoms and Elements. Elements are the fundamental substances that compose matter in the Universe. Hydrogen, Carbon, Nitrogen, Silicon, Iron, Gold, etc.

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Chapter 8:

Chapter 8:. Ionic Compounds. Forming Chemical Bonds. The atoms in compounds are held together by a force called a chemical bond. These bonds form because of an attraction between oppositely charged atoms, ions, or between electrons and the nuclei.

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The Structure of Matter

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Lewis Structures

Lewis Structures. Lewis Structures At the conclusion of our time together, you should be able to:. List the basic rules for drawing a Lewis Dot structure for a compound Use these rules to draw a Lewis Dot structure for a compound. Another New Element On The Periodic Table

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Jeopardy Game

Jeopardy Game. Atoms and Bonding. Compounds & Molecules. Ionic, Covalent, Metallic, and Polyatomic Ions. Formulas. Names. 10 pts. 10 pts. 10 pts. 10 pts. 20 pts. 20 pts. 20 pts. 20 pts. 30 pts. 30 pts. 30 pts. 30 pts. 40 pts. 40 pts. 40 pts. 40 pts. 50 pts. 50 pts.

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Bonding

Bonding. 5-2. Why Bond. Bonds form when their valance electrons interact Bonds form to achieve stable electron configuration (full outer shell) Bonds act like springs, they are not rigid . Types of bonds. Ionic Metallic Covalent. Ionic bonds. Transfer of electrons

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Unit 4, Lesson 2

Unit 4, Lesson 2. Ionic and Covalent Bonding. Why Do Chemical Bonds Form?. Generally, atoms join to form bonds so that each atom has a stable electron configuration. Three basic ways that atoms bond:. Ionic Bonding Covalent Bonding (molecular bonding ) Metallic Bonding. Ionic Bond.

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Chapter 6 Ionic and Molecular Compounds

Chapter 6 Ionic and Molecular Compounds. 6.2 Writing Formulas for Ionic Compounds Learning Goal Using charge balance, write the correct formula for an ionic compound. Ionic Compounds. Ionic compounds consist of positive and negative ions.

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Which elements react fastest?

Which elements react fastest? To answer this question we need to think what reacting means and why atoms react. Atom want a stable electron configuration and want to be isoelectric with noble gases. (They all want full outside shells)

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Chemical Bonds

Chemical Bonds. Chapter 8. Forming chemical bonds. The force that holds two atoms together is called a chemical bond. Chemical bonds form because of attractions between oppositely charged atoms called ions.

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DO NOW

DO NOW . Objective: Relate the properties of metals to their structure . List some properties of metals. . The Structure of Metals. Metallic Bonds Metal atoms achieve stable electron configuration by losing electrons In a metal, electrons are free to move among the atoms

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Bellwork 20

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