Energy experiments using ice cubes, springs, magnets, and more One hour or less science experiments

Robert Gardner, 1929-2017

Book - 2012

"Find out how energy is stored, transferred, and changed, what conducts and what stores heat, and how to change matter from a solid to a liquid to a gas"--

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Subjects
Published
Berkeley Heights, NJ : Enslow Publishers 2012.
Language
English
Main Author
Robert Gardner, 1929-2017 (-)
Physical Description
48 pages : color illustrations ; 24 cm
Audience
850L
Bibliography
Includes bibliographical references (pages 46-47) and index.
ISBN
9780766039599
  • Are You Running Late?
  • The Scientific Method
  • Science Fairs
  • Your Notebook
  • Safety First
  • One Hour or Less
  • 1. Finding Changes in the Kind of Energy
  • 2. Finding the Energy (Heat) to Melt One Gram of Ice
  • 3. Finding the Energy Stored in Candle Wax
  • 4. The Energy Stored in a Spring
  • 5. Giving a Basketball Kinetic Energy
  • 30 Minutes or Less
  • 6. How Fast Does Heat Move?
  • 7. Finding Heat Conductors and Insulators
  • 8. Transferring Energy
  • 9. Checking the Wattage of an Immersion Heater
  • 15 Minutes or Less
  • 10. Do Solids Expand When Heated?
  • 11. Changing Magnetic Potential Energy to Kinetic Energy
  • 12. Changing Light to Electricity
  • 13. Contraction and Expansion of a Liquid
  • 5 Minutes or Less
  • 14. Using Energy to Change a Solid to a Liquid to a Gas
  • 15. Energy from Electric Lights
  • 16. Watching Energy Changes
  • 17. Doing Work Can Produce Heat
  • 18. Energy Lost or Conserved in Collisions
  • Words to Know
  • Further Reading
  • Internet Addresses
  • Index
Review by Booklist Review

A procrastinator's delight, this invitingly slender entry in the Last Minute Science Projects series offers 18 demonstrations of physics and energy transfer that can be set up in an hour or less. Utilizing materials that range from a small solar cell to tin cans, foam cups, or, in one notable case, a rubber band and nothing else, each idea comes with a quick What's the Plan? overview, step-by-step directions enhanced by a lucid, colorful cartoon illustration, and a specific What's Going On? analysis with relevant mathematics and terminology. While leaving the details of actual project design and presentation to readers, Gardner does suggest possible variations or extensions for each entry, should time be not so pressing. He also supplies pithy, cogent notes at the outset about safety, the scientific method, and the necessity for every science project to feature some creative element.--Peters, John Copyright 2010 Booklist

From Booklist, Copyright (c) American Library Association. Used with permission.
Review by School Library Journal Review

Gr 5-9-These books all begin with the same dilemma: a student has procrastinated. His or her science project is due tomorrow, but there's a solution: projects that can be done in an hour or less. Unfortunately, many, if not most, of the items on the "What You Need" lists for several of the experiments are specialized. For example, in Atoms it is suggested that oleic acid be borrowed from a science lab; in Electricity, a microammeter is needed; Energy requires an immersion heater; etc. No sources for these items are given. There's another big problem for quick experiments: Many of the formulas often require prior knowledge on the part of students. For example, the complicated equation to determine the kinetic energy of a basketball in Energy results in "joules or newton-meters"-neither of which is defined. Attractive volumes, but not very user-friendly. (c) Copyright 2012. Library Journals LLC, a wholly owned subsidiary of Media Source, Inc. No redistribution permitted.

(c) Copyright Library Journals LLC, a wholly owned subsidiary of Media Source, Inc. No redistribution permitted.