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Jumping Joey: A Bouncy STEM Project for Kids

Unleash the Jumping Joey: A Fun Engineering Project for Kids!

Get ready for an exciting adventure in physics and engineering as we introduce you to the incredible Jumping Joey! This little guy is no ordinary toy; he’s a master of jump rope, defying gravity with every leap. Join us in this captivating DIY STEM project, perfect for elementary-aged kids, and discover the secrets behind pivot points and the forces that make Jumping Joey soar.

Materials Required:

  • Cardboard tube (from a paper towel roll or similar)
  • String or yarn
  • Scissors
  • Tape
  • Straw
  • Paper clip
  • Decorations (optional)

Step-by-Step Guide:

  1. Prepare the Cardboard Tube: Cut the cardboard tube in half lengthwise, creating two identical pieces.
  2. Attach the String: Tape one end of the string to the center of one of the cardboard pieces. Make sure the string is long enough for Jumping Joey to jump.
  3. Create the Pivot Point: Tape the other end of the string to the center of the second cardboard piece. This will serve as the pivot point for Jumping Joey.
  4. Assemble Jumping Joey: Place the two cardboard pieces together, with the string sandwiched in between. Tape the edges of the cardboard pieces together securely.
  5. Add the Straw: Insert the straw into the center of the cardboard tube, just below the pivot point. This will act as the handle for Jumping Joey.
  6. Attach the Paper Clip: Bend the paper clip into a U-shape and tape it to the bottom of Jumping Joey. This will serve as his feet.
  7. Decorate (Optional): Let your creativity shine! Decorate Jumping Joey with markers, stickers, or any other materials you like.

How It Works:

The Jumping Joey works on the principles of pivot points and gravity. When you pull the straw up and down, the string moves the cardboard pieces, causing Jumping Joey to jump. The pivot point allows Jumping Joey to move freely, while the paper clip feet provide stability.

Educational Value:

This hands-on project provides a fun and engaging way for kids to learn about basic physics and engineering concepts. They’ll explore the effects of gravity, the importance of pivot points, and the role of materials in engineering design. Jumping Joey is a perfect way to spark curiosity and encourage creativity in young minds.

Conclusion:

We hope you enjoyed this exciting STEM project and had a blast creating your very own Jumping Joey! Remember, learning through play is the best way to ignite a passion for science and engineering in young minds. So, gather your materials, follow our step-by-step guide, and let the jumping adventures begin!

Don’t forget to like this video and subscribe to our channel for more awesome STEM projects. Share your Jumping Joey creations with us on social media, and let’s inspire each other to explore the wonders of science and engineering.

Happy Jumping!