Newton’s Law of Energy Conservation STEM Kit: Peninsula Pendulum Physics Simulator for Children

Description

Description:

Stem Educational Toys – Simulating the Orbit of a Spaceship in Space – Tuosiqui Toys 3036 (4076A) is one of the most popular and effective products for illustrating the law of conservation of energy and momentum in physics.

A Newtonian pendulum is a device that consists of a series of metal spheres of the same mass suspended by two thin strings, so that they are close together in a straight line. When you pull one or more orbs on one end up and release, they will collide with the remaining orbs, and as a result, the same number of orbs on the opposite end will pop out at the same initial velocity.

Features

The scientific principle that the Newtonian Pendulum simulates:

• Law of conservation of momentum: In a closed system, the total momentum of the system is preserved before and after the collision. When a sphere hits the chain, its momentum is passed through the intermediate spheres and pushes the final sphere out.
• Law of conservation of energy: The total energy (including kinetic and potential energy) of the system is conserved. When the sphere is pulled up, it has gravitational potential. When released, potential energy is converted into kinetic energy. This kinetic energy is passed through the spheres and turned into potential energy when the last sphere rises. Although in reality there is a part of the energy lost due to friction and sound (air, suspensions, collisions), it basically illustrates this principle very well.
• Benefits of letting children play with STEM toys:
  Stimulates curiosity and passion for scientific discovery.
  Develop critical thinking and problem-solving abilities.
  Improve fine motor skills and dexterity.
  Help children better understand the world around them and the basic principles of physics.

Package Included:

• 1 x DIY Newton’s Law of Energy Conservation Peninsula Pendulum Simulation for Kids

Explore more from our collection.