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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.

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

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.

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 electromagnetic radiation in terms of its wavelength, frequency, and energy.Explain what is meant by quantized energy.Describe Bohr’s model of shells and how the relate to quantized energy and nExplain the difference between a grounds-

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 Mendeleev’s discovery and how it has influenced the modern day periodic table.Identify groups, periods, metals and nonmetals on the periodic table, along with all group names.

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 Calculate the percent composition of each element in a compoundDescribe how Dalton explained formulas of compounds.Describe Rutherford’s alpha particle experiment and what it proved. Explain what the atomic number and mass number tell you about

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 Identify common SI units that are used by scienceDefine density, and use it to do calculations.Convert the units of a measured quantity to some other units using dimensional/unit analysis

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 differences between science and technology.Define the types of mixtures in terms of the types of matter.Describe how an elemental substance differs from a compound.Explain what a chemical formula is and what it tells you.Name the