![]() How does fibre optic communication work? Can you see how the light beam bounces along inside the glass fibre? Algodoo will simulate the properties of materials like glass allowing light beams to shine through them, ![]() What are the three different types of levers? Which is most like a see-saw? You can simulate the action of forces with springs, levers and fulcra. What can we learn about gears? If I turn the red gear clockwise, what direction will the green gear turn? Will it turn faster or slower? Gears can be simulated in Algodoo and axles can be turned into motors to make them rotate. How about modelling a hydroelectric power station? Where is the energy coming from to make the waterwheel turn? Algodoo illustrating how water can run from a reservoir along penstocks to drive a water wheel. TIP: You can ‘liquify’ objects in Algodoo to simulate the flow of fluids. These can be combined in almost limitless ways. springs, motors, wheels, axles, light beams, prisms, water… even rocket motors, along with gravity and air resistance. It features all manner of things – gears, pulleys, chains. So let’s take a look! Here is a video (4 mins) showing how it works and how it can be used in a lesson about bridges.Īlgodoo blends the fun and engagement of world building video games with high end physics simulation. The children can follow step by step instructions in the tutorials, then spend time exploring the software independently. For example, to investigate light passing through a prism. ” Algodoo is a really useful demonstrating tool in science. What if there was a free software for PC and Mac that allowed students to use their imaginations to create mechanical contraptions and structures that could be brought to life and tested? How engaging could that be? Well from experience of using Algodoo in classrooms, the answer is, very!
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