It's finally December, the elves are up to their usual mischief, presents are being wrapped, and people are looking forward ...
This fun elf-themed basketball STEM challenge is a great hands-on science activity for learning about transfer of energy. The idea is to build a lolly ...
We've all been there, the last-minute elf panic, wondering what simple but exciting mischief the Elf on the Shelf can get up to. There's an elf activity card for each day with full instructions and a ...
I still have a couple more Christmas science experiments to add to my collection next week, but until then, here's a fun Christmas Science Quiz to keep you busy! There are four rounds and an answer ...
The 2024 Olympics are to be held in Paris, France, for the first time in over 100 years! Olympic sports include athletics, team sports, climbing, surfing, swimming, tennis, skateboarding, and even ...
These flying cups are a great STEM challenge for any time of year. One cup acts as an elastic band launcher, and the other is launched into the air! It's a fun way to learn about forces, motion, ...
Is it easier to knock down a smaller or larger stack of cups? What will happen if you add more lollypop sticks to the central core of the catapult? Do the pom poms travel further than the table tennis ...
This simple science project shows you how to make a model of an eclipse to visually demonstrate what's happening between the Sun, Earth and Moon during a solar or lunar eclipse. A solar eclipse model ...
'Thank crunchie, it's Friday' seems the perfect phrase for today's experiment as it involves learning how to make honeycomb with our easy honeycomb recipe. Once you've made the honeycomb and learned ...
The next country in our trip Around the world in 50 Experiments is Egypt! Egypt is a fascinating country with a long and rich history. The first settlers along the banks of the River Nile are thought ...
These simple play dough animals are great for a push and pull or forces topic. The idea is that children create animals from play dough or other modelling material using push and pull forces.