Faraday’s law of induction: from classroom to kitchen
Explore electromagnetic induction and of one of its well-known applications – the induction hob – with these hands-on activities.
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Explore electromagnetic induction and of one of its well-known applications – the induction hob – with these hands-on activities.
Do you find the binary system complicated? With this activity, your students will find it as easy as 01,10,11.
How do scientists piece together genomic information from sequencing data? Play these two fun online puzzles to find out.
Explore phase transitions between different states of matter through a series of engaging hands-on experiments.
Your mission: to land an intrepid egg-naut safely on the surface of the Moon and learn about classical mechanics along the way.
Fresh water is a scarce resource on our planet – but how many of us are aware of how much water is needed to make the foods we eat every day?
Here’s another scientific crossword puzzle to help keep your students busy – and perhaps even a little entertained.
Scientists often need to communicate their subject to non-experts, such as policymakers and the public. This absorbing structured activity challenges school students to do the same.
Would your students prefer to grow edible crops or wrangle with statistics? Here’s a way to combine these activities in a real-world application of statistical analysis.
Are you tempted to buy ‘superfoods’ for health reasons, despite the higher prices? These activities encourage students to explore some of the claims made for these celebrity foods.
Faraday’s law of induction: from classroom to kitchen
Teaching binary code with a secret word challenge
Microbial genome puzzles
States of matter & phase transitions
Landing on the Moon – planning and designing a lunar lander
Do you know your water footprint?
Science (and more) crossword
Tell me about it: adventures in science communication
Grow your own statistical data
Are ‘superfoods’ really so super?