'Coordinate covalent bonds' diaporamas de présentation

Review Drill & Tests

Drill: Calculate the volume of hydrogen gas produced at -23 o C under 83.1 kPa pressure when 5.1 g of ammonia is decomposed. Review Drill & Tests. CHM II HW. Review PP-15 Complete the attached assignment & turn it in tomorrow. Are there any questions on previous material?. Bonding.

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Bonding

Bonding. Types of Bonds. Ionic Covalent Metallic. Metallic Bonds. Electrons are shared by many atoms Electrons free to move Two or more metals. Metallic Compounds. Generally high MP Hard & lustrous Less brittle Conductors. Metallic Bonds. No debate about metallic bonds

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TOPIC 4 CHEMICAL BONDING AND STRUCTURE

TOPIC 4 CHEMICAL BONDING AND STRUCTURE. 4.3 COVALENT STRUCTURES. ESSENTIAL IDEA. Lewis (electron dot) structures show the electron domains in the valence shell and are used to predict molecular shape. NATURE OF SCIENCE (1.10)

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Three Types of Bonding (1) Metallic (2) Ionic (3) Covalent

Three Types of Bonding (1) Metallic (2) Ionic (3) Covalent. Metallic Bonding. The valence electrons of metal atoms can be modeled as a sea of electrons.

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Ch. 12 ---Chemical Bonding

Sharing. Ch. 12 ---Chemical Bonding. one pair. 2. 4. 6. Covalent Bonds ____________ electrons between two atoms in order to fill the outer energy level (or shell) Each bond involves the sharing of _____ _________ of electrons.

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Chemical Bonding

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Chapter 16 Covalent Bonding

Chapter 16 Covalent Bonding. The Nature of Covalent Bonding Bonding Theories Polar Bonds and Molecules. Chapter 16.1 The Nature of Covalent Bonding. Single Covalent Bonds Double and Triple Covalent Bonds Coordinate Covalent Bonds Bond Dissociation Energies Resonance

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Three Types of Bonding (1) Metallic (2) Ionic (3) Covalent

Three Types of Bonding (1) Metallic (2) Ionic (3) Covalent. Metallic Bonding. The valence electrons of metal atoms can be modeled as a sea of electrons.

427 views • 32 slides

Bonding

Bonding. Chapter 7 & 8. Endothermic vs. Exothermic. Energy is required to break a bond: Endothermic where Heat or E is a reactant and absorbed into system Energy is released when a bond is formed: Exothermic where Heat or E is a product and is released from the system

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