UPC 712376850966

• DETAILS - Each metal coil spring is 2" in diameter and this pack comes with 4 in each order.
• FOR LEARNING - These coil springs are perfect for classroom demonstrations of wave properties. Great for many hands-on experiments - a student favorite!
• WALKING HIGH - A moving party prize. It really can walk down stairs!
• PARTY FAVORS - These classic coil spring toys represent a time-honored tradition yielding lots of fun at birthdays and theme parties. Perfect gift idea for party bag fillers.
• SATISFACTION GUARANTEED - Try it, totally risk free! If for any reason you decide you don't like it, just send a simple email and get a full refund! Absolutely no questions asked. So you have nothing to lose, click add to cart now!

4 Pcs 2" Metal Walking Spring Toys - Novelty, Prize, Party Favor For Kids Teens And Adults - By Kicko The Metal coil spring is a fun party favor to add to treat sacks or treat boxes for any type of children's birthday party. It is a great toy which you can have hours of fun with. No matter how old you are, they are made for all ages from 5 and up. Stressed out? ! Also a great stress toy to relieve all your anxiety and worries. Let your kids explore the world of Science in a very simple way! Make your experiments real by using these Metal coil springs. Make motion easy to understand in the world of teaching Physics. It is commonly used to demonstrate waves in physics' experiments as well as other useful properties. Understanding how such properties work is essential to engineers who must apply the theories and principles of science and mathematics every day in solving practical technical problems such as harnessing the power of fuels that drive our cars, airplanes, trains, and ships; transforming water power into electricity; using steel and concrete to build dams, roads and bridges; etc. Our 2-inch Metal coil springs, like all objects, tend to resist change in its motion. Because of this inertia, if placed at the top of stairs it stays at rest without moving at all. At this point it has potential or stored energy. But once it starts down the stairs and gravity affects it, the potential energy is converted to the energy of motion, or kinetic energy, and the Coil spring gracefully tumbles coil by coil down the stairs.