Science Essentials, High School Level – Lessons and Activities for Test Preparation
Lessons and Activities for Test Preparation
Paperback Engels 2004 9780787975753Samenvatting
Science Essentials High School
Level gives classroom teachers and science specialists a dynamic and progressive way to meet curriculum standards and competencies.
Science Essentials are also available from Jossey–Bass publishers at the Elementary School and Middle School Levels.
You ll find the lessons and activities at each level actively engage students in learning about the natural and technological world in which we live by encouraging them to use their senses and intuitive abilities on the road to discovery. They were developed and tested by professional science teachers who sought to give students enjoyable learning experiences while preparing them for district and statewide proficiency exams. For easy use, the lesson and activities at the High School Level are printed on a big 8 ½ x 11 lay–flat format that folds flat for photocopying of over 107 student activity sheets, and are organized into two sections:
BIOLOGY (60 Lessons)
CHEMISTRY (47 Lessons)
Specificaties
Lezersrecensies
Inhoudsopgave
<p>I. BIOLOGY 1</p>
<p>Lessons 1 through 60 4 – 200</p>
<p>Basic Principles, Science Competencies, Reproducibles.</p>
<p>Chemical Reactions in Specialized Cell Organelles.</p>
<p>Cell Reproduction: Mitosis.</p>
<p>Genetic Variation in a Population: Mutation and Sexual Reproduction.</p>
<p>Development of Multicellular Organisms: The Zygote.</p>
<p>Phenotype and Genotype.</p>
<p>Genes and DNA.</p>
<p>Stability in an Ecosystem.</p>
<p>Frequency of Alleles in Gene Pools.</p>
<p>Evolution: The Result of Genetic Changes in Changing Environments.</p>
<p>The Internal Environment of the Human Body: Homeostasis.</p>
<p>Combating Disease.</p>
<p>Biology Practice Test 203</p>
<p>II. CHEMISTRY 215</p>
<p>Lessons 61 through 107 218 – 362</p>
<p>Basic Principles, Science Competencies, Reproducibles.</p>
<p>The Periodic Table.</p>
<p>Biochemical, Chemical, and Physical Properties of Matter Result from Ability of Atoms to Form Bonds Based on Electrostatic Forces Between Electrons and Protons and Between Atoms and Molecule.</p>
<p>The Conservation of Atoms in Chemical Reactions, The Principle of Conservation of Matter.</p>
<p>The Kinetic–Molecular Theory.</p>
<p>Acids, Bases, and Salts.</p>
<p>Solutions.</p>
<p>Energy: Exchange and Transformation.</p>
<p>Chemical Reaction Rates.</p>
<p>Chemical Equilibrium.</p>
<p>The Bonding Characteristics of Carbon.</p>
<p>Nuclear Processes: Radioactive Decay, Nuclear Fission, Nuclear Fusion.</p>
<p>The Periodic Table of Elements 365</p>
<p>Chemistry Practice Test 367</p>
<p>Appendix 381</p>
<p>Preparing Your Students for Standardized Proficiency Tests 381 – 393</p>
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