Chiral Publishing: An Introduction to Chemistry: Molecular Structures: Alcohols

The Molecular Structure chapter from "An Introduction to Chemistry" textbook discusses the formation of covalent bonds, drawing Lewis dot structures, and the resonance and molecular geometry of molecules. Many pictures and examples are...

This power point covers the molecular structure chapter from "An Introduction to Chemistry". It reviews the main ideas and shows many examples of covalent bonding from valence electrons. Also includes detailed steps to drawing lewis dot...

This study guide covers the molecular structure chapter from "An Introduction to Chemistry". Includes chapter goals, map, checklist, and web resources. Also find detailed answers to the chapter review questions.

This "Introduction to Chemistry" chapter discusses gases and their properties, ideal gas calculations and equation stoichiometry, and Dalton's law of partial pressures. Many pictures, charts, and sample calculations help to further...

A great overview of the chemical reactions chapter from "An Introduction to Chemistry". This presentation, available in .pdf format, highlights the main ideas from the detailed corresponding chapter on chemical reactions. Use as part of...

Vview molecular structures and formulae of four common acids - acetic, nitric, phosphoric, and carbonic. Manipulate each structure to view it in a three-dimensional format.

Investigate three common amines from all angles by viewing these 3-D molecules. Manipulate the structures to see every bond.

Discover the molecular structure of some common nonmetals with these three-dimensional pictures. Look at the models from all angles by manipulating the elements.

Take a close look at the molecular structure of alkanes with these three-dimensional pictures. Manipulate the hydrocarbon molecules any way you want so you can see them from all views.

Ever wondered what the molecular structures of common metals really look like? With this three-dimensional animation, see all of the bonds within the molecules from all directions.