Janice VanCleave s Physics for Every Kid Easy Activities That Make Learning Science Fun Science for Every Kid Series 2nd Edition by Janice Vancleave, Tina Cash Walsh ISBN 9781119654285 1119654289

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Product details:

ISBN 10: 1119654289
ISBN 13: 9781119654285
Author: Janice Vancleave, Tina Cash Walsh

Ignite a passion for science in your student or child with these fascinating physics experiments for kids!

Janice VanCleave’s Physics for Every Kid: Easy Activities That Make Learning Science Fun, 2nd Edition offers new and lively experiments designed to ignite a passion for science in every child. Designed for children of all ages, this book includes high-interest experiments suitable for home learning, science fair participation, and active classrooms.

Physics for Every Kid is sure to engage the natural curiousity of children with experiments that stimulate the mind and encourage a foundation in the principles of physics. With common household items, you’ll be able to create:

• Pendulums
• Air cars
• Experiments exploring magnets, sound, motion, light, and more

This update to the celebrated Janice VanCleave series includes a fresh new look with full-color illustrations and easy-to-understand explanations for each experiment.

Perfect for educators and parents of middle school students, Physics for Every Kid can be used at home just for do-it-yourself science fun and in the classroom to build learning experiences that enlighten and entertain students.

Janice VanCleave s Physics for Every Kid Easy Activities That Make Learning Science Fun Science for Every Kid Series 2nd Edition Table of contents:

I: Energy Introduction

1 Energy Conservation

See for Yourself

What Happened?

2 Frequency

See for Yourself

What Happened?

3 Coupled Pendulums

See for Yourself

What Happened?

4 Sound Waves in Air

See for Yourself

What Happened?

5 Pressure Waves

See for Yourself

What Happened?

6 Pitch

See for Yourself

What Happened?

7 Sound Transmission

See for Yourself

What Happened?

8 The Effect of Mass on Sound

See for Yourself

What Happened?

9 Natural Frequency

See for Yourself

What Happened?

10 Neutral Atom

See for Yourself

What Happened?

11 Electric Current

See for Yourself

What Happened?

12 Conductors vs. Insulators

See for Yourself

What Happened?

13 LED

See for Yourself

What Happened?

14 Electrochemical Energy

See for Yourself

What Happened?

15 Polarizing an Insulator

See for Yourself

What Happened?

16 Polarizing a Conductor

See for Yourself

What Happened?

17 Electroscope

See for Yourself

What Happened?

18 Triboelectric Effect

See for Yourself

What Happened?

19 Adhesion: Charging by Contact

See for Yourself

What Happened?

20 Light Energy

See for Yourself

What Happened?

21 Light Transmission

See for Yourself

What Happened?

22 Light Waves

See for Yourself

What Happened?

23 Interference in Thin Films

See for Yourself

What Happened?

24 Concave Lens

See for Yourself

What Happened?

25 Convex Lens

See for Yourself

What Happened?

26 Plano-Convex Lens

See for Yourself

What Happened?

27 Polarized Light

See for Yourself

What Happened?

28 Filters

See for Yourself

What Happened?

29 Optical Density

See for Yourself

What Happened?

30 Refractive Index

See for Yourself

What Happened?

31 Shadows

See for Yourself

What Happened?

II: Force and Motion Introduction

32 Inertia: Newton’s First Law of Motion

See for Yourself

What Happened?

33 Rotational Inertia

See for Yourself

What Happened?

34 Acceleration

See for Yourself

What Happened?

35 Impulse

See for Yourself

What Happened?

36 Gravity

See for Yourself

What Happened?

37 Friction

See for Yourself

What Happened?

38 Air Resistance

See for Yourself

What Happened?

39 Drag Force

See for Yourself

What Happened?

40 Air Pressure

See for Yourself

What Happened?

41 Torque

See for Yourself

What Happened?

42 Resultant Force of Gravity

See for Yourself

What Happened?

43 Center of Gravity

See for Yourself

What Happened?

44 Balance

See for Yourself

What Happened?

45 Shifting the Center of Gravity

See for Yourself

What Happened?

46 Action/Reaction

See for Yourself

What Happened?

47 Normal Force

See for Yourself

What Happened?

48 Balloon Rocket

See for Yourself

What Happened?

49 Bounce

See for Yourself

What Happened?

50 Coandă Effect

See for Yourself

What Happened?

51 Bernoulli’s Principle

See for Yourself

What Happened?

52 Pressure Differences

See for Yourself

What Happened?

53 Balanced Forces

See for Yourself

What Happened?

54 Unbalanced Forces

See for Yourself

What Happened?

55 Lift Forces

See for Yourself

What Happened?

III: Simple Machines Introduction

56 First-Class Lever

See for Yourself

What Happened?

57 Equal-Arm Balance

See for Yourself

What Happened?

58 Second-Class Lever

See for Yourself

What Happened?

59 Third-Class Lever

See for Yourself

What Happened?

60 Just for Fun: Third-Class Lever

See for Yourself

What Happened?

61 Inclined Plane

See for Yourself

What Happened?

62 Screw

See for Yourself

What Happened?

63 Wedge

See for Yourself

What Happened?

64 Moveable Pulley

See for Yourself

What Happened?

65 Fixed Pulley

See for Yourself

What Happened?

66 Wheel and Axle

See for Yourself

What Happened?

IV: Magnets Introduction

67 Ferromagnetism

See for Yourself

What Happened?

68 Magnetic Field

See for Yourself

What Happened?

69 3-D Magnetic Field

See for Yourself

What Happened?

70 Mapping Magnetic Fields

See for Yourself

What Happened?

71 Temporary vs. Permanent Magnets

See for Yourself

What Happened?

72 Magnetic Permeability

See for Yourself

What Happened?

73 Compass Rose

See for Yourself

What Happened?

74 Floating Compass

See for Yourself

What Happened?

75 Magnetic Declination

See for Yourself

What Happened?

76 Electromagnet

See for Yourself

What Happened?

77 Right-Hand Rule

See for Yourself

What Happened?

78 Demagnetization

See for Yourself

What Happened?

79 Dipping Needle

See for Yourself

What Happened?

80 Magnetic Energy

See for Yourself

What Happened?

Glossary

Index

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Tags: Janice Vancleave, Tina Cash Walsh, Janice VanCleave s Physics, Every Kid, Learning Science