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E-raamat: Breaking Away from the Math and Science Book: Physics and Other Projects for Grades 3-12

  • Formaat: EPUB+DRM
  • Ilmumisaeg: 23-Dec-2003
  • Kirjastus: Rowman & Littlefield Education
  • Keel: eng
  • ISBN-13: 9781461648123
  • Formaat - EPUB+DRM
  • Hind: 78,00 €*
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  • Formaat: EPUB+DRM
  • Ilmumisaeg: 23-Dec-2003
  • Kirjastus: Rowman & Littlefield Education
  • Keel: eng
  • ISBN-13: 9781461648123

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Breaking Away from the Math and Science Book: Physics and Other Projects for Grades 3-12 provides materials that teachers can use directly in their classrooms without expensive or specialized equipment. The material is presented in a modular format that allows one to adapt it to different levels of students, from higher elementary through high school. The supplies and equipment required for the experiments are minimal and readily available. The book contains: 12 chapters, divided into 70 units, material that can be presented at almost any level and requires little or no mathematics, several topics from physics with a concentration on force and energy, high school algebra and trigonometry, brief surveys of the basic facts of physics that are involved, and the math needed in the lessons. For classroom teachers who: have different objectives and goals, are looking for experiments that students can perform in the classroom that are relevant for the core topics of physics, want to show students how math is really applied, want to provide students with mathematically challenging and meaningful tasks, want to offer students something different, maybe a bit unusual, and interesting. It can also be used as the basis of an integrated math and science course for prospective and practicing teachers at the university level.

Arvustused

This book goes a long way toward answering and motivating students who wish to use mathematics to do something outside of mathematics before they undertake the more difficult task of understanding the discipline....these projects can provide excellent opportunities for extra work and can serve as a focus for mathematics and science club meetings. * Mathematics Teacher *

Preface: An Old School Textbook in Physics ix
Acknowledgments xiii
Introduction 1(2)
Chapter 1 Lava, Trees, and Ostrich Eggs 3(30)
Unit 1 Lava
5(3)
Unit 2 Maple Seeds
8(4)
Unit 3 Tree Rings
12(5)
Unit 4 Tree Rings in Early Grades
17(2)
Unit 5 The Height of a Tree
19(4)
Unit 6 Ostrich Eggs
23(6)
Unit 7 Another Way to Find the Volume of an Ostrich Egg
29(4)
Chapter 2 Some Basic Physics Concepts 33(16)
Unit 1 Scientific Explanations
35(2)
Unit 2 Mass and Weight
37(2)
Unit 3 Direction of Forces
39(1)
Unit 4 Decomposition of Forces
40(1)
Unit 5 Properties and Interactions
41(2)
Unit 6 What Is Gravity?
43(6)
Chapter 3 Stability of a Structure 49(28)
Unit 1 Designing an Experiment
51(2)
Unit 2 A Conversation about Weight and Mass
53(2)
Unit 3 Feeling Forces
55(2)
Unit 4 Weight Is a Force
57(4)
Unit 5 Distribution of Weights
61(3)
Unit 6 Examples of Computations of the Stability of a Structure
64(7)
Unit 7 More on the Distribution of Weights
71(2)
Unit 8 Predicting the Location of the Center of Gravity
73(4)
Chapter 4 Friction 77(14)
Unit 1 What Is Friction?
79(6)
Unit 2 A Simpler Experiment with Friction for Younger Students
85(2)
Unit 3 Getting a Grip on Friction
87(4)
Chapter 5 Pulleys and Ramps 91(14)
Unit 1 Pulleys
93(3)
Unit 2 Holding Objects on Ramps
96(4)
Unit 3 Pulling and Holding Objects on Ramps and Lifting Objects Up
100(3)
Unit 4 Spring-Powered Cars
103(2)
Chapter 6 Moving Objects 105(26)
Unit 1 Racing Cars
107(2)
Unit 2 Instant Velocity
109(1)
Unit 3 Measuring Average Speed
110(3)
Unit 4 Rolling Balls
113(3)
Unit 5 Sliding Balls
116(2)
Unit 6 Questions and Answers about Colliding Balls
118(4)
Unit 7 Components of Velocity and Momentum
122(2)
Unit 8 Momentum and Forces
124(2)
Unit 9 Preservation of Momentum
126(2)
Unit 10 Momentum and Kinetic Energy
128(3)
Chapter 7 Swinging Objects 131(12)
Unit 1 Playing with Softballs Tied to a String
133(2)
Unit 2 Swinging Weight
135(8)
Chapter 8 Powered Flight 143(20)
Unit 1 Playing with Units
145(1)
Unit 2 Energy and Force
146(3)
Unit 3 Potential Energy
149(3)
Unit 4 Water Rockets
152(4)
Unit 5 How High Does a Rocket Fly?
156(3)
Unit 6 More about Rockets
159(4)
Chapter 9 Magnetism and Electricity 163(42)
Unit 1 Physical Units
165(3)
Unit 2 Introduction to Magnetic Forces
168(3)
Unit 3 The Structure of a Magnet
171(2)
Unit 4 Magnetic Fields
173(5)
Unit 5 Magnetic Sand and Patterns with Iron Filings
178(3)
Unit 6 Simulation of Lines of a Magnetic Field
181(3)
Unit 7 A Chaotic Pendulum
184(2)
Unit 8 Making a Closed Circuit
186(2)
Unit 9 Electromagnetic Forces
188(5)
Unit 10 Electromagnets
193(3)
Unit 11 General Information about Electricity
196(2)
Unit 12 Photovoltaic Cells
198(2)
Unit 13 Questions and Answers about Magnetism and Electricity
200(5)
Chapter 10 Heat and Temperature 205(16)
Unit 1 What Is Temperature?
207(2)
Unit 2 The "Flow" of Heat
209(3)
Unit 3 Basic Facts about Heat and Temperature
212(3)
Unit 4 Experiments with Heat
215(2)
Unit 5 Melting Ice
217(2)
Unit 6 Energy Requirements for a Household and for a Human
219(2)
Chapter 11 Hydrostatics and Hydrodynamics 221(12)
Unit 1 Flow of Water
223(3)
Unit 2 Inverted Glass of Water
226(3)
Unit 3 An Explanation for the Inverted Glass of Water Phenomenon
229(4)
Chapter 12 Light 233(10)
Unit 1 Does Light Travel in a Straight Line?
235(3)
Unit 2 Working with Mirrors
238(5)
About the Authors 243
Patricia Baggett has been professor of mathematical sciences at New Mexico State University since 1995. Andrzej Ehrenfeucht has been professor of computer science at the University of Colorado since 1973.