Physics Physical Science Biology

Chemistry

COURSE OVERVIEW:

The course will cover concepts in atomic theory, chemical reactions, bonding, chemical formulae, oxidation/reduction reactions, reaction rates, acid-base reactions, and organic chemistry. This will be accomplished through written work, experiments, films, and tests. 

BENCHMARKS: CIM

COMMON CURRICULUM GOALS:

1. Analyze the effects of various factors on chemical reactions.
2. Explain properties of elements and their relationship to the periodic table.
3. Describe the relationship between constancy and change within systems.
4. Formulate and express scientific questions or hypotheses to be investigated.
5. Design safe and ethical scientific investigation or address questions or hypotheses.
6. Conduct procedures to collect, organize, and display scientific data.
7. Analyze scientific information to develop and present conclusions.

CONTENT STANDARDS:

1. Describe ways in which chemical reactions can be speeded up such as by heating, stirring solutions, increasing the concentration of reactants or their surface area, adding catalysts.
2. Read and interpret the periodic table including element symbols, atomic number and atomic mass.
3. Describe a chemical reaction in terms of conservation of mass.
4. Based on observations and scientific concepts, ask questions that can be answered or tested through
scientific investigations.
5. Design an investigation that provides sufficient data to answer a question.
6. Collect, organize and display sufficient data to facilitate scientific analysis and interpretation.
7. Summarize and analyze data, evaluating sources of error or bias. Propose explanations that are supported
by data and knowledge of scientific terminology.

INSTRUCTIONAL MATERIALS:

Table of Contents


Chapter 1:  Introduction to Chemistry

Chapter 2:  Matter and Change

Chapter 3:  Scientific Measurement

Chapter 4:  Problem Solving in Chemistry

Chapter 5:  Atomic Structure and the Periodic Table

Chapter 6:  Chemical Names and Formulas

Chapter 7:  Chemical Quantities

Chapter 8:  Chemical Reactions

Chapter 9:  Stoichiometry

Chapter 10:  States of Matter

Chapter 11:  Thermochemistry—Heat and Chemical Change

Chapter 12:  The Behavior of Gases

Chapter 13:  Electrons in Atoms

Chapter 14:  Chemical Periodicity


Chapter 15:  Ionic Bonding and Ionic Compounds

Chapter 16:  Covalent Bonding

Chapter 17:  Water and Aqueous Systems

Chapter 18:  Solutions

Chapter 19:  Reaction Rates and Equilibrium

Chapter 20:  Acids and Bases

Chapter 21:  Neutralization

Chapter 22:  Oxidation-Reduction Reactions

Chapter 23:  Electrochemistry

Chapter 24:  The Chemistry of Metals and Nonmetals

Chapter 25:  Hydrocarbon Compounds

Chapter 26:  Functional Groups and Organic Reactions

Chapter 27:  The Chemistry of Life

Chapter 28:  Nuclear Chemistry

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Update 02/09/2009