Collection: 07-Chemical Bonding

This is a growing bundle of Chemical Bonding resources. At this time, all six of the lessons for the unit are completed. Each lesson includes student notes, detailed teacher notes, exit tickets, and homework. More resources will be coming. If you buy now, you will get all of the new resources for this unit for free. And finally, an editable unit test is included!

Lesson Objectives:

Define chemical bond

Explain why most atoms form chemical bonds.

Describe ionic and covalent bonds and their formation.

Classify bonding type according to electronegativity difference.

Use an electronegativity periodic table.

Describe how atoms interact with one another by transferring and sharing valence electrons.

Describe the formation of cations and anions.

Illustrate neutral atoms and ions using electron dot notation.

Illustrate ionic bonds utilizing electron dot notation.

Illustrate polyatomic ions using Lewis Structures.

Describe how atoms interact with one another by transferring and sharing valence electrons.

Define molecule and molecular formula.

Describe the formation of covalent bonds.

Explain the difference between intermolecular forces and intramolecular forces.

Explain the relationship between potential energy, formation of a molecule, bond length, and bond energy.

State the Octet Rule

Determine the Lewis Structures for molecules containing singe., double, and triple bonds.

Describe and illustrate resonance structures.

Compare and contrast ionic and covalent bonds and their properties.

Describe the “sea of electrons” model of metallic bonding

Explain why metals are good conductors of thermal energy and electricity

Explain why metals are malleable and ductile

Describe why ionic bonds are not malleable and ductile

Explain why metals are shiny

Explain the VSEPR Theory including its basis and assumption

Predict the molecular shape of molecules based on the Lewis Structure

Predict the shapes of polyatomic ions based on the Lewis Structure

Explain the effect of lone pairs of electrons on the molecular geometry of the molecule

Determine molecular geometry according to the VSEPR Theory for linear, trigonal planar, tetrahedral, trigonal pyramidal, and bent shapes (2)

Differentiate between intramolecular and intermolecular forces

Define dipole, and determine the direction of a dipole moment in a polar molecule

Explain what determines molecular polarity

Determine molecular polarity for a sample of nonpolar and polar molecules

Describe how electronegativity differences determine the distribution of charge in a polar molecule

Describe dipole-dipole forces, London dispersion forces, and hydrogen bonding and their effect on properties such as boiling point.

Identify intermolecular forces between molecules as dipole-dipole, London dispersion forces, or hydrogen bonding.

Prior Knowledge:

Familiar with electron configuration, ions formation, and the periodic table

Products Included in this MEGA Bundle (at this time)

Chemical Bonding: An Introductory Lesson
Chemical Bonding: Ionic Bonds & Ionic Compounds
Chemical Bonding: Covalent Bonding & Lewis Structures
Chemical Bonding: Metallic Bonding & Alloys
Chemical Bonding: The VSEPR Theory & Molecular Geometry
Intermolecular Forces & Molecular Polarity
Chemical Bonding & END Doodle Notes
Chemical Bonding: Types of Bonds Doodle Notes
Chemical Bonding with Lewis Structures Task Cards
Lewis Dot Structures Task Cards
Unit test

Note on the PowerPoints: The PowerPoints included in this product are editable. They are also animated, which means that they may appear busy or overlapping in the slide edit mode, but will be awesome in the slide show mode! Please don’t edit the PowerPoints until you have seen them in the slide show mode!

This lesson is appropriate for grades 9-12 chemistry

This will be a unit you will want to use year after year!

Chemistry Corner

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Chemistry Doodle Notes for the Year: A Growing Bundle
BellWork/WarmUps Editable For the Entire Year: Chemistry
High School Chemistry Year Curriculum: A Growing Bundle

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