kwc1PUB

LINKS FOR LESSON DESIGN/DEVELOPMENT/STUDY

The whole number represents the chapter. The next two decimal places represent the section and objective number ID. Objectives or content related to the objectives follow the numbers. The objectives or content next to a number relate directly to or are taken directly from sections in Holt Science Spectrum - A Physical Approach - by Holt, Rinehart, & Winston - 2004.

Links compiled by Jack H. Norris: send updates, corrections, and suggestions for additions to (email) "jacknorris1@mac.com"

SLC= scilinks code LM=lecture material. LBM= lab material. DPM =drill practice material LWBAT =the learner will be able to.

**= SciLinks Code HK1.

last update February 1, 2009

Scroll or select a chapter by number. Norris Documents, Notes, Guides, etc.

THE FOLLOWING RESOURCES WILL BE OF HELP TO YOU IF YOU USE THEM. There are many more resources available. Here are a few of my favorites.

Jack Norris -- Pages -- aka GO
MODERN CHEMISTRY: Home Page This site is produced by your book publisher. The sectional objectives listed on this are from Modern Chemistry An absolute must "goto" site for every student.
Timberlake's Chemistry - Karen Timberlake's site is a chemistry course in itself for first year chem student! You should visit this site often. You will find powerpoint lessons, quizzes, and notes.
Chemistry Hypermedia Project - indexed terms with linked pages
CHEMystery: An Interactive Guide to Chemistry
ChemTeam:MnMenu - Just pick your chemistry topic.
CHEMTUTOR
CHEMLINKS COALITION
CSUDH WWW Project For Chemistry: This also has just about everything. You will find lecture help, drill problems, word problems, and data analysis for all subjects in chemistry.
We will do a lab similar to The Nine Solution Problem.
Chemistry Hypermedia Project ****---"Information on inorganic, physical, analytical chemistry, and links to many sites are all present."
Mr. Green's Home Page
WebElements periodic table of the elements Chemicool Periodic Table
The IrYdium Project -- Java Enhanceed Chemical Education
The Visionlearning Library

Return to the top of this page

CHAPTER 1 - "Introduction to Science"

Topics

Go to Scilinks.org **The SciLink code for our text is HK1 + the three digit number.

? **???	TOPIC: New Discoveries in Science SciLinks CODE: HK1011 TOPIC: Leonardo Da Vinci SciLinks CODE: HK1012 TOPIC: SI Units SciLinks CODE: HK1013 TOPIC: Presenting Scientific Data SciLinks CODE: HK1014 TOPIC: Studying the Natural World SciLinks CODE: HK1015
? **???
? **???
? **???

Chp. 1

Content or objectives as in the numbered objectives in "Holt Science Spectrum - A Physical Approach: Holt, Rinehart, Winston - 2004"A01 - Read "Discovery, Chance and the Scientific Method" and decide how "chance favors the prepared mind." Activity worksheets

NEXT CHAPTER Return to the top of this page

CHAPTER 2 - "Matter"

Topics Go to Scilinks.org **The SciLink code for our text is HK1 + the three digit number.

?
**???
Content or objectives as in the numbered objectives in "Holt Science Spectrum - A Physical Approach: Holt, Rinehart, Winston - 2004"

Measuring and Calculating - Norris notes


SI prefixes LBM at RVGS-Using the Vernier ULI (Temperature Measurement
To get better at problem solving, you should practice consistently.

Chp. 2
NEXT CHAPTER Return to the top of this page
CHAPTER 3 - "Atoms and The Periodic Table"


Content or objectives as in the numbered objectives in "Holt Science Spectrum - A Physical Approach: Holt, Rinehart, Winston - 2004"
3.11. Explain Dalton's atomic theory and describe why it was more successful than Democritus's theory.
3.12. State the charge, mass, and location of each part of an atom according to the modern model of the atom.
3.13. Compare and contrast Bohr's model with the modern model of the atom.

3.21. Relate the organization of the periodic table to the arrangement of electrons within an atom.
3.22. Explain why some atoms gain or lose electrons to form ions.
3.23. Determine how many protons, neutrons, and electrons an isotope has, given its symbol, atomic number, and mass number.
3.24. Describe how the abundance of isotopes affects an element's average atomic mass.

3.31. Locate alkali metals, alkaline-earth metals, and transition metals in the periodic table.
3.32. Locate semiconductors, halogens, and noble gases in the periodic table.
3.33. Relate an element's chemical properties to the electron arrangement of its atoms.

3.41. Explain the relationship between a mole of a substance and Avogadro's constant.
3.42. Find the molar mass of an element by using the periodic table.
3.43. Solve problems converting the amount of an element in moles to its mass in grams, and vice versa.
Chmtutor-Atomic Structure
[CHE1.1-Matter: Atoms, Molecules & States of Matter - at VisionLearning

NEXT CHAPTER Return to the top of this page

CHAPTER 4 - "The Structure of Matter"

-Chmtutor-Atomic Structure

Welcome to Atomic Magic - The study of Covalent Bonding. Electron configurations and orbital shapes are thoroughly explained at this Chemystery site.

NEXT CHAPTER Return to the top of this page

CHAPTER 5 - "Chemical Reactions"

^Ion Nomenclature- contains names, ion, charges, etc. of ions you will probably encounter. You should find and memorize Table 2 on this linked page.

Mendeleev's table Periodic Table of Comic Books