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A Captivating Educational Science Gadget

This remarkable science gadget not only showcases the mesmerizing motion of a pendulum but also illustrates the fundamental principles of conservation of momentum and energy. It is a true treasure trove of scientific wonders, allowing you to own a piece of scientific history and explore the profound insights of physics.

When you feel the need for a break from studying or work, you can set the balls in motion and delight in the soothing clinking sounds, which can help ease your mind and restore your focus. The pendulum's perpetual motion, lasting for approximately 15 seconds before succumbing to air resistance and friction, is a captivating display of the laws of physics at work.

Pull back one or more of the balance balls, release them, and witness the same number of balls swing up on the opposite side, showcasing the principles of conservation of momentum and energy. This interactive science toy is not only a testament to the genius of Sir Isaac Newton but also a tool for hands-on learning and exploration.

Crafted with meticulous attention to detail, the frame is made of sturdy stainless steel, while the nylon strings are tough and flexible, ensuring a durable and reliable performance. The solid steel balls provide a satisfying vertical sensation and a strong impact when activated.

This educational science gadget is a versatile accessory, suitable for both children and adults. It can serve as a captivating home or office desktop ornament, a stress-relieving tool, and a valuable educational resource for psychology, science, and physics classrooms. Its allure extends beyond functional purposes, making it an excellent birthday gift or a thoughtful addition to any curious mind's collection.

Specifications: - Condition: 100% Brand New - Material: Stainless Steel - Color: Silver - Ball Diameter: Approx. 1.6 cm / 0.63 in - Size: Approx. 14 cm x 11 cm x 11 cm / 5.51 in x 4.33 in x 4.33 in - Weight: Approx. 150 g

Package Includes: - 1 x Pendulum Ball

Note: 1. When using this Newton's Cradle, please move it in a horizontal line to prevent the strings from tangling. 2. If the strings do become tangled, with a bit of patience, you can untangle them. 3. Please allow for a 1-2 cm error due to manual measurement. 4. Slight color variations may occur due to differences in display settings.

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