Try our fun festive experiments and bring out the scientist in you!
Our festive experiments are in easy to follow step-by-step instructions.
They are the perfect boredom breaker and great for anyone who enjoys science.
We will be publishing a new experiment every weekday leading up to Christmas.
We hope you enjoy them!
Corks will float on water. If you push it to the bottom, as soon as you take your finger off, the cork will bob back to the top.
This fact is key to today's scientific task which will see you recreate a spiral decoration.
Bubbles, bubbles, bubbles!
Everyone loves a good bubble. With this activity, you will learn how to make large, strong bubbles that won't pop too quickly.
You can also add some drops of food colouring into the mix to make colourful bubbles. Red and green for Christmassy bubbles!
Plastic is something we all need to use more carefully due to the environmental impact.
In this activity you will learn how to make bioplastic using gelatine, commonly used to make jelly!
Your bioplastic will take 5-7 days to set but will be worth the wait.
Can you separate out the colour of sweets? You will be with today's challenge!
In this activity you will be able to watch the colours run from the shell of sweets.
This activity shows you how to turn items in your kitchen into a spectacular showstopper.
For festive lava you can use red and green food colouring to keep the Christmas these flowing.
Loose change can be many years old and has passed through many people's hands. No wonder it can be a bit dirty!
This activity will show you how to make your coins sparkle with items you have around the house. Your coins will glisten under the twinkly Christmas lights.
Cooking is an enjoyable science because you get to eat what you make!
Remember to watch the chemical reaction as it takes place but be careful not to get too close as it is hot!
Lava lamps are enchanting and Christmas is the most magical time of the year! Make your own lava lamp with just water, salt and oil.
How festive can you make your lava lamp with food colouring and glitter?
Each snowflake is different. Unique. Therefore, each snowflake you make can be too! This activity shows you how to separate secondary colours into their components.
For example, purple is made up of red and blue (two of the primary colours!).
Experiment with lots of different colours and see what happens when you dip your snowflake into the water.