Newtons Cradle Balance Balls Physics Gadget for Home and Office

The Newtons Cradle is a perfect demonstration of the third law of motion, showcasing the transfer of force through swinging spheres. As one ball is lifted and released, it sends force through the rest, pushing the end ball in the opposite direction. Made with solid wood, fishing line, and stainless steel balls and structure, this kinetic desk accessory is a great teaching tool in schools and a unique addition to office decor.

Specifications: - Size: 7.7x4.7x5.8 in - Material: Solid wood, fishing line, stainless steel - Occasions: Science education supplies, psychotherapy, stress release, leisure and entertainment, birthday presents, holiday gifts, business gifts

To ensure the smooth functioning of the Newtons Cradle, it’s important to move it in a horizontal line to prevent the lines from tangling. If the lines become tangled, they can be untangled with patience and time, providing a challenge for the user.

This perpetual motion gadget is both educational and entertaining. By simply pulling back one ball, the energy transfer among the swinging spheres creates a mesmerizing display of momentum in action. It serves as an excellent desktop toy for both children and adults, providing a visual representation of Newton's laws of motion.

With a swing time of 10-20 seconds, you will have ample opportunity to observe the physical performance of the Newtons Cradle Balance Balls movement.

Included in the set is one Newtons Cradle, perfect for adding a touch of character to any desk or office space. The gadget demonstrates the transfer of weight and momentum through the falling balls. It is a great conversation starter and can be meditative and fun to watch.

This Newtons Cradle makes a great gift for both kids and adults, serving as a tool for learning science, as well as a stress-relieving desk accessory. With its educational and entertainment value, it is a wonderful addition to any home or office decor. Its perpetual motion display and visual representation of momentum and energy make it an exciting teaching tool for science enthusiasts of all ages.

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