'High electron affinity' presentation slideshows

Chemical Bonding

Chemical Bonding. Atoms that interact to form compounds are said to be chemically bonded . Whether atoms interact depends almost entirely on the arrangement of their outer energy level ( valence ) electrons. Only s and p sublevel electrons are thought of as valence

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Chemical Bonding, Molecular Shape & Structure

1.09k views • 57 slides

Topic 7: Part I - Bonding What is a Bond?

Topic 7: Part I - Bonding What is a Bond?. A force that holds atoms together. Why? We will look at it in terms of energy. Bond energy the energy required to break a bond. Why are compounds formed? Because it gives the system the lowest energy. Ionic Bonding.

689 views • 56 slides

The Solid State Crystalline and Amorphous Solids Ionic Crystals

1.43k views • 46 slides

Review of Electronic Configurations, Lewis Structures, Electronegativity, and Molecular Polarity

Review of Electronic Configurations, Lewis Structures, Electronegativity, and Molecular Polarity. Orbital Energy Diagram: Electron Configurations may be used to determine electron configurations using the aufbau principle. 4p. 3d. 4s. 3p. 3s. ENERGY. 2p. 2s. 1s.

572 views • 35 slides

UNIT 3

UNIT 3. Introduction to Lewis Structures and Covalent Bonding. Types of Chemical Bonds. Ionic bonds hold ions together primarily by electrostatic forces. Covalent bonds hold atoms together primarily by the sharing of valence electrons.

312 views • 17 slides

Selective Chemistry of SWCNT

Selective Chemistry of SWCNT. Reifenberger Nanophysics Lab. Deepak K Pandey: Birck Nanotechnology Center Purdue University, West Lafayette, IN USA. 1. Some Facts: Carbon Nanotubes. Allotropes of carbon with length-to- diameter ratio 3 x 10 7 : 1 [1]

393 views • 15 slides

Chemical Bonding

490 views • 14 slides

Chapter 6

Chapter 6. Chemical Bonding: Ionic Bonds. Why and How Atoms Bond. ALLOTROPES. Why do chemical bonds form?.

221 views • 12 slides

Chemical Bonding

Chemical Bonding. Why do bonds form?. to lower the potential energy. between positive and. negative charges. positive charges. protons. cations. negative charges. electrons. anions. non-metals. metals. gain e -. lose e -. Periodic Table. +. -. Ionic bonding. + non-metal.

129 views • 12 slides