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I have compiled all of the labs I use for my Chemistry I class into one document. While these do not have teacher directions, most labs are fairly self-explanatory and have materials lists provided. Included are labs on the following. Many of the "classic" chemistry experiments are included with a few that I've tweaked over the years. Labs- Thickness of Aluminum Foil Density Cubes Density of Pennies Conservation of Mass Mixture Separation Identifying Elements, Compounds, and Mixtures Dimension

This is a comprehensive Chemistry I workbook. Included in this workbook are readings and practice problems that are broken down into 11 units. Unit I: Introduction to Chemistry Unit II: Preatomic Theory Unit III: Modern Atomic Theory Unit IV: Nomenclature Unit V: Chemical Reactions and Equations Unit VI: Stoichiometry Unit VII: Lewis Structures, VSEPR Theory, and Intermolecular Forces Unit VIII: Kinetic Molecular Theory Unit IX: Gases Unit X: Solutions Unit XI: Acids and Bases This workbook con

Create and design your own potential energy diagrams to help students understand the relationship between the nature of a bond, it's relative potential energy, and the distance between the atoms. Graphs can be 100% customized to your needs.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Describe the periodic trends in atomic size and ionization energyDescribe periodic trends in regard to electronegativity.Identify the difference between core electrons and valence electrons.Correctly determine the number of valence electrons an

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Determine different chemical reaction types by looking at the reactants and products.Predict products of chemical reactions based on reaction types.

I've compiled together labs which I use for my second-year chemistry students. Some are adapted from Chemistry I experiments, while others have been adapted from some AP Chemistry Experiments. Total of 40 experiments in total ranging from an introduction to lab and safety procedures along to acid and base titrations.

This file contains 49 different PPT presentations, covering all aspects of a general high school chemistry course. Units include general math skills, preatomic theory, modern atomic theory, chemical reactions, nomenclature, stoichiometry, Lewis Structures, geometry, polarity, IM forces, gases, solutions, kinetic molecular theory, and acids and bases.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Describe aqueous solutions and solubility. Define electrolyte and nonelectrolyte solutions.Use a solubility chart to determine if a compound will dissociate.Write dissociation equations for soluble ions.Write out full precipitation reactions.Wr

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Write out and balance chemical reactions.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Explain why molecules take the shapes that they do.Use VSEPR Theory to determine molecular shape of molecules along with their respective bond angles.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Draw out any Lewis Dot Diagram based on the chemical formula. Determine the formal charge on each atom in a Lewis Structure.Compare the relative strength and length of different types of covalent bonds.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Be able to name any chemical compounds given the formula.Be able to write the formula of any chemical compound given the name of the compound.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Describe ionic bonding and the lattice structure that is formed.Describe the sharing of electrons in covalent bonding.Demonstrate and write Lewis Dot diagrams for atoms and ions.Write out Lewis Dot Diagrams for ionic bonds.Based on the formula

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Write out the full electron configuration of any element or ion.Write out the full orbital notation of any element or ion.Write out the full noble gas notation of any element or ion.Determine the number of valence electrons based on noble gas n

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Perform conversion between atoms, molecules, moles, and grams.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Explain the difference between an exact number and measured number.Explain why measured numbers always have some form of uncertainty.Identify leading zeros in a measured number and the amount of uncertainty in a measured quantity.Convert a numb

Analysis of Mass Spectroscopy graphs is a must for any advanced chemistry course. This PPT file allows for the modification of a mass spec. graph to accommodate any mass spec. you wish to create. The primary focus of this tool is for AP Chemistry, so only information related to single elements is provided; however, it could be adapted to more advance spec. graphs.

This is unit I of a comprehensive Chemistry I workbook. Included in this workbook are readings and practice problems that are related to the following concepts: -Kinetic Molecular Theory Basics -Phase Diagrams and Changes of State -Heat Change Calculations Each unit has a preview, vocabulary, and review.

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Differentiate properties of different states of matter. Examine molecular level diagrams of states of matter.Determine types of IM forces present in molecules and how that impacts factors such as boiling point, melting point, and vapor pressure

Each self-contained lesson has a pre-exercise reading along with a homework assignment to check for understanding. These exercises are appropriate for an introductory chemistry course/honors chemistry. This document meets the following learning objectives Differentiate between ionic, polar covalent and nonpolar covalent bonds.Use concepts of bond polarity and VSEPR theory to determine the molecular polarity of a molecule.