Newton's Cradle Plus 1.0

Newton's Cradle is a timeless desktop toy that serves as a captivating conversation starter, ideal for adorning either a workspace or coffee table. Besides demonstrating Newton's Laws of Motion, this array of swinging balls offers engrossing entertainment for extended periods in a professional setting.

• Customize the background color to your preference.
• Experience random ball collisions with the option to display or conceal collision counts.
• Toggle tick sound effects on ball contact.
• Adjust the energy loss rate to impact the duration of the motion.
• Control the speed of the cradle's movement.
• Enhance color vibrancy with HDR display specifically optimized for Super Retina Display or Super Retina XDR devices.
• Observe energy dissipation from start to finish, replicating real-world scenarios.
• Enjoy support for both portrait and landscape orientations.

Newtons Cradle, also known as Newton's rocker or a ball clicker, is commonly utilized as a soothing diversion within office environments. This apparatus showcases principles of momentum and energy conservation through its rhythmic motion with interconnected spheres. The moniker "Newton's Cradle" was coined in 1967 by British actor Simon Prebble as a tribute to renowned physicist Sir Isaac Newton.

Newton's Cradle not only serves as an illustrative device for pendulum mechanisms but also embodies profound concepts such as the Laws of Conservation of Momentum and Energy. Engage with this intriguing gadget by lifting and releasing an end ball, observing the subsequent force that traverses through the spheres and propels the last ball upwards. As an homage to Sir Isaac Newton, whose foundational theories it encapsulates, this tool continues to captivate audiences with its intricate yet systematic motions.

Each spherical component emulates the behavior of an individual pendulum. In its static state, all balls are in contact. Upon raising one end ball and allowing it to collide with the others, only the ball opposite in position moves, while the originating ball comes to a halt, showcasing the elegance of Newton's Laws realized in tangible form.