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Amy Williams

Professional Education Expert

Best Elementary Classroom Science Experiments & Best Classroom Science Projects

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Most students who say they don’t like school will confess that science can be fun, (fun, that is, if they get to get involved). Building early experiences in hands-on, inquiry science helps create interested, eager science students. Whether you use a more structured guided inquiry approach or one where students are provided with few instructions, infusing active components will foster a strong science foundation, enhance performance and will build problem-solving skills to boot. The National Science Teachers Association supports regular, inquiry science on a daily basis for all elementary students. Help your young discoverers make connections and bring science and learning to life with these high-interest gadgets and gizmos.

The best elementary classroom science experiments engage students with fun teaching science gizmos and games. These best classroom science projects are sure to inspire students to learn about their world.

Best Elementary Classroom Science Gizmos by Amy Williams

The Best You Can Get

  • EyeClops

    Amy says: Your students will get engaged in science with this hard to put down, bionic microscope. It plugs right into a television’s AV jack for clear, 200X the normal, viewing for everyone in the room. Explore, observe, analyze, evaluate, and more with even the most minuscule of particles. The EyeClops has a built-in LED light and comes with an observation dish and tube for inspecting objects and liquids. Regular ol’ magnifying glasses won’t get nearly the attention they used to after just one science class with the EyeClops. It’s touted as a fun toy, but if it captures your students’ attention, and it will, then why not have this eye-catching toy in class?

    • Magnifies 200 times normal size
    • 1.8 pounds, sturdy plastic design
    • Requires 5 AA batteries
    • Ages 6-12
    • Observation skills
  • Van de Graaf Generator

    Amy says: Delta Education’s Van de Graaf Generator will really get your students talking about hands-on science. Compare the shocks from shag carpeting to those of this hard-to-leave-alone electrostatic machine as students experience, for example, a hands-on, hair-raising science lesson showing that like charges repel. The generator transmits excess electrons to the student touching the generator as the negatively charged electrons try to get as far away from each other as possible, making your willing hands-on student look like he escaped from a freak show! Trust me, this gadget is an all-time favorite that makes an impression on students while building their understanding of electrons, protons, electrical charges, and how opposites attract and like charges repel. The generator has lots of exciting uses as you’ll see in the guide, but there’s one the kids always ask for again and again. While one hand is on the generator hold Styrofoam packing pieces in the other hand, flip the switch and watch the like charged pieces fly. You can’t get any better than mixing fun-filled, memorable, and academic all in one. Talk about hands-on science!

    • Teacher guide included
    • Ages 8 and up
    • Physics/electrostatic charges
  • Worm-A-Way Worm Composting Bin

    Amy says: Have a worm-“growing” contest among classes and it will be a year your students will never forget! Help the environment; create nutrient-filled humus while encouraging learning and environmental awareness. Pack your specially patented bin with potting soil, organic waste, newspaper bedding strips, and a pound of red worms and you’re set for a fun-filled year of icks, yucks, ahas, and wows. The Worm-A-Way kit includes Mary Appelhof’s book “Worms Eat My Garbage,” which is packed full of experiments and lessons about the eyeless, 10-hearted, dirt-eating, garden-loving worms. Charles Darwin spent 39 years studying earthworms over 100 years ago and we are still learning from them and teaching with them today. Worms appear icky at first, but they’ll soon feel like a collection of class pets that your students will beg to help take care of. At the end of the year give the worms a send off party in your school or local garden or divvy them up for family gardens or new composting bins. Everyone will be begging for some of the rich soil the worms worked so hard to create through the year. Trust me, you’ll love this one.

    • Patented bin system (16” x 19” x 12”)
    • Includes 1 lb. of redworms
    • Ages 5 and up
    • Environment
  • Solar Bag

    Amy says: Learning about solar energy and Bernoulli’s Principal of air pressure and how air acts has never been so much fun. Tie off one end of the plastic, trash-bag-like, tube and get an active volunteer or two to run with the bag until it’s filled with air, tie off the other end, tether it to a string, wait just a few short minutes and the sun will do its work. Air molecules begin moving faster within the bag, they experience a change in air pressure, the bag expands, becoming lighter than the surrounding air, and rises almost magically into the sky. Students will “ooooh” and “aaaah” as the giant bag rises “on its own”. Extend students’ critical thinking and hands-on learning by making smaller air tubes out of another solar bag. Use them to make predictions for minutes to rise, or explore to see if the bags can lift everyday objects, big and small, into the air. The activities and learning of principals such as density, buoyancy, heat, and air pressure will go on and on. Your students will have a blast learning and making scientific principals meaningful.

    • 50 feet long
    • 29 inches in diameter
    • Activity guide included
    • Ages 8 and up
    • Solar energy
  • Thames and Kosmos Wind Power Kit

    Amy says: Wind farms, and being green, are all the rage. Now is the time to tap into the power of the wind with your students. Explore and find relevance to our endless supply of clean, renewable energy. Have fun harnessing the wind’s power and discovering a multitude of applications for that blustery source, with over twenty thought-provoking experiments. Generate mechanical power for lifting, create electricity to light an LED or recharge a battery with the Thames & Kosmos kit. Your students will eagerly apply the scientific process as they measure, calculate, and figure out how the sun makes wind while learning about physics of force, motion, and vectors. Help your class see wind in a whole new light.

    • Ready-to-assemble working wind turbine
    • Informative experiment manual
    • 1 AA battery included
    • Ages 8 and up
    • Renewable energy

You will be happy with any of these

  • Snap Circuits Jr. 100 Kit

    Amy says: Curious minds won’t be able to get enough of this award-winning, Lego-like snap-together electronics kit. It comes with 30 different components allowing students to create 101 different projects like a musical doorbell, AM radio, and touch control lamp. Once kids get the hang of how it works turn them lose to explore on their own; you’ll be amazed at their own circuit creations. Use several sets for cooperative groups or use as a learning station. Students love it, learn from it, and can’t get their hands off it.

    • Manual/colored illustrations
    • 2 AA batteries required
    • Ages 8 and up
    • Electronics
  • Bill Nye Paper Recycling Kit

    Amy says: Instill the three Rs of science to your class as students explore and experiment with the “Science Guy’s” scientific concepts of recycling. The kit’s activity guide is chock full of good ideas and facts, including how to making cool cards and notepads all from waste paper. Try gathering scrap paper in your classroom and your school; you’ll be amazed at how much you’ll gather in just one week. With this usable kit you and your students will know just what to do. Reduce, reuse, and recycle!

    • Ages 8 and up
    • Reduce, reuse, recycle
  • Simple Machines Set

    Amy says: Simple machines make work easier, and this Simple Machine Set makes teaching simple machines and engineering basics a breeze. Practice and explore uses for a lever, pulley, inclined plane, wheel and axle, and a wedge. The machines can even be modified with rubber bands and weights as students continue their discovery of effort, force, load, motion, and distance. Teachers find the activity guide helpful and the machines kid friendly; both aspects give the gadgets a high mark.

    • From Learning Resources
    • 5-in-1 set
    • Easy assembly
    • Ages 8 to 13
    • Engineering
  • Chandler Gyroscope

    Amy says: Stock up on one of the oldest scientific toys and get your students to master the forces of gyroscopic inertia, angular motion, torque, rotational inertia, and rigidity in space (first recorded by Sir Isaac Newton). The gyroscope has been around for over 75 years, but its history goes back to 1817. The construction of the gyroscope allows the rotor to maintain its orientation regardless of the motion of the external frame, the basis of all kinds of modern day steering mechanisms from bicycles and ships to the stability of the Hubble Telescope. Make comparisons to the old-fashioned toy top and the up-to-date technological advances in science with the wonder toy and its force that appears to defy gravity.

    • Classic
    • Ages 7 and up
    • Gravity/gyroscopic inertia
  • Fizzy Foamy Science

    Amy says: Explore the scientific method with Fizzy Foamy Science. Bedding chemists will develop skills for more advanced science as they investigate acids and bases, mixtures, and reactions with the seven included experiments. Questions (and answers) for higher-level thinking are included along with suggestions for other activities using similar materials. The kit is aimed to beginners and requires a few household items for carrying out the experiments. Use an experiment as a science fair project or as a boost for new project ideas. Kids will be captivated by the reactions of the mixtures.

    • Experiment manual
    • Ages 4 – 9
    • Chemistry

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