Simple Machines

  • Simple Machines
    By Jennifer Lawson

    Wind - Ups . Milwaukee : Gareth Stevens , 1994 . Bosak , Susan . Science Is .... Richmond Hill , ON : Scholastic Canada , 1991 . Levers . Milwaukee : Gareth Stevens , 1994 . Burnie , David . Machines : How They Work .

  • Simple Machines: Compound Machines
    By George Graybill

    You will hunt for one example of each of the different kinds of simple machines in your home or at school. The winner is the person to find all six simple machines first. Set a time limit of 20 or 30 minutes. If no one has found all six ...

  • Simple Machines: Wheels, Levers, and Pulleys
    By David A. Adler

    In this accessible picture book, celebrated nonfiction author David A. Adler outlines different types of simple machines—wedges, wheels, levers, pulleys, and more—and gives common examples of how we use them every day.

  • Simple Machines: Forces in Action
    By Buffy Silverman

    Introduces simple machines, including screws, levers, wedges, and pulleys, describes how each makes everyday life easier, and provides activities demonstrating these machines in action.

  • Simple Machines: What Are Force, Motion, and Work?
    By George Graybill

    **This is the chapter slice "What Are Force, Motion, and Work?" from the full lesson plan "Simple Machines"** Just how simple are simple machines?

  • Simple Machines
    By D. J. Ward

    This book also includes a glossary and a find out more section with a lever experiment. This is a Level 2 Let's-Read-and-Find-Out, which means the book explores more challenging concepts for children in the primary grades.

  • Simple Machines
    By Deborah Hodge

    Includes an assortment of activities using such simple machines as pulleys and levers.

  • Simple Machines
    By Deborah Hodge

    Thirteen experiments about the six simple machines --- the lever, wheel and axle, pulley, inclined plane, wedge and screw --- teach kids about basic science.

  • Simple Machines
    By Allan Fowler

    Describes and compares the four kinds of simple machines, levers, pulleys, wheels, and ramps.

  • Simple Machines
    By Rebecca Rissman

    Simple, leveled text helps readers access information about simple machines.

  • Simple Machines: Wheels, Levers, and Pulleys
    By David A. Adler

    In this accessible picture book, celebrated nonfiction author David A. Adler outlines different types of simple machines—wedges, wheels, levers, pulleys, and more—and gives common examples of how we use them every day.

  • Simple Machines
    By Gerry Bailey, Steve Way

    An introduction to simple machines we use every day.

  • Simple Machines: Discover! Work and Machines
    By Ron Simmons

    This packet acts as a fulcrum for knowledge, helping with the work of teaching students about simple machines.

  • Simple Machines: The Way They Work - Physics Books for Kids | Children's Physics Books
    By Baby Professor

    What are simple machines and how do they work? In this book, we’ll take a look at some of the most commonly used simple machines with the intention of figuring out what makes them tick.

  • Simple Machines
    By Allan Fowler

    Describes and compares the four kinds of simple machines: levers, pulleys, wheels, and ramps

  • Simple Machines
    By Paul Reid, Clare Reid

    Students can study levers, screws, wedges, wheels and axles, friction, compound machines, pullies and the inclined plane with the activities in this book.

  • Simple Machines
    By Patricia J. Murphy

    1 Copy

  • Simple Machines
    By JoAnn Early Macken

    "Describes how simple machines are used in construction and how they make work easier. Includes experiments"--Provided by publisher.

  • Simple Machines
    By Deborah Hodge

    Includes an assortment of activities using such simple machines as pulleys and levers

  • Simple Machines
    By Kelly Gaffney

    Learn about what these machines are and what makes them work. Also find out how to spot machines in action all around you! Ê Connect to the fiction text pair,ÊRocky the Robot Helps Out.