EDU Collections

Children are fascinated with machines. From an early age their world is surrounded by machines that move, make noises and light up. Machines they see daily range from the complicated such as toasters, computers and lawnmowers to ones so simple that they might not consider them to be machines at all such as ramps and scissors. All machines, both complicated and simple, help us do work.

In this investigation, students explore how push/pull forces can be applied to make an object move, in the context of spinning tops. They observe characteristics of successful spinners, and notice how a force is applied to set them in motion, or to make them stop.

Forces are at work in everything we do—we push to open doors, and pull to tie ropes. Gravity pulls on things to make them fall down or to keep them down. Scientists and engineers study forces to design better bridges and faster aeroplanes, and to reduce the forces that affect people in car accidents.

One way to engage students in teaching about difficult science concepts like Force and Motion is to help them relate the new concepts to the world around them. Books are an engaging way to enhance lessons and drive home concepts. Here is an excellent Force and Motion booklist that focuses on concepts such as push, pull, inertia, gravity, friction, wind power, and speed.

Investigate the concepts of force and motion with fun and engaging hands-on STEAM activities for kids.

Opportunities for hands-on experimenting with various materials allows children to learn and extend their knowledge of Scientific concepts by integrating with other subjects.

Do some stretches and get ready to fly your paper planes! Find out the secrets to successful paper plane throwing with expert Dylan Parker. Why does he throw gliders in a different way from distance planes? Get together with some friends or family members and practise your technique! Who can throw their plane the furthest? Or keep it in the air the longest?