Posted on 9 Feb 2015

7 Easy Scientific Experiments You Should Do With Your Child

Simple ways to make your kid go "ooh" and learn something at the same time. With thanks to the Royal Institution.

BuzzFeed Staff, UK

British schools are on half term next week, so your child will be at home, getting under your feet. Here are six simple experiments which you can do with ordinary household objects which should keep them occupied, but, crucially, may actually teach them how to think and act as scientists, as well. — Royal Institution / YouTube / Via rigb.org

British schools are on half term next week, so your child will be at home, getting under your feet. Here are six simple experiments which you can do with ordinary household objects which should keep them occupied, but, crucially, may actually teach them how to think and act as scientists, as well.

Royal Institution / YouTube / Via rigb.org

British schools are on half term next week, so your child will be at home, getting under your feet. Here are six simple experiments which you can do with ordinary household objects which should keep them occupied, but, crucially, may actually teach them how to think and act as scientists, as well.

These experiments have been put together by the Royal Institution, which is trying to encourage British children to get more involved with science. "There's obviously loads of 'science at home with your kids' stuff on the internet," says Alom Shaha, a physics teacher and one of the brains behind the idea, "but ours shows parents how they can help their children to start looking closely at the world and asking appropriate questions, taking a scientific approach and making it more than just the 'wow' factor of making a wine glass sing." — Royal Institution / YouTube / Via rigb.org

These experiments have been put together by the Royal Institution, which is trying to encourage British children to get more involved with science. "There's obviously loads of 'science at home with your kids' stuff on the internet," says Alom Shaha, a physics teacher and one of the brains behind the idea, "but ours shows parents how they can help their children to start looking closely at the world and asking appropriate questions, taking a scientific approach and making it more than just the 'wow' factor of making a wine glass sing."

Royal Institution / YouTube / Via rigb.org

These experiments have been put together by the Royal Institution, which is trying to encourage British children to get more involved with science. "There's obviously loads of 'science at home with your kids' stuff on the internet," says Alom Shaha, a physics teacher and one of the brains behind the idea, "but ours shows parents how they can help their children to start looking closely at the world and asking appropriate questions, taking a scientific approach and making it more than just the 'wow' factor of making a wine glass sing."

This is a demonstration of Newton's Third Law – "For every action, there is an equal and opposite reaction" – through the deceptively simple tools of a balloon and some cardboard. "These are brilliant fun to make," says Alom, "and they introduce one of the most important pieces of physics you'll learn at school." — Royal Institution / YouTube / Via rigb.org

This is a demonstration of Newton's Third Law – "For every action, there is an equal and opposite reaction" – through the deceptively simple tools of a balloon and some cardboard. "These are brilliant fun to make," says Alom, "and they introduce one of the most important pieces of physics you'll learn at school."

Royal Institution / YouTube / Via rigb.org

This is a demonstration of Newton's Third Law – "For every action, there is an equal and opposite reaction" – through the deceptively simple tools of a balloon and some cardboard. "These are brilliant fun to make," says Alom, "and they introduce one of the most important pieces of physics you'll learn at school."

You need to do this one at home yourself to get the full effect. "This includes a natural phenomenon that is genuinely surprising if you haven't tried it before," says Alom. "It's a great way to introduce some key ideas about the physics of sound." — Royal Institution / YouTube / Via rigb.org

You need to do this one at home yourself to get the full effect. "This includes a natural phenomenon that is genuinely surprising if you haven't tried it before," says Alom. "It's a great way to introduce some key ideas about the physics of sound."

Royal Institution / YouTube / Via rigb.org

You need to do this one at home yourself to get the full effect. "This includes a natural phenomenon that is genuinely surprising if you haven't tried it before," says Alom. "It's a great way to introduce some key ideas about the physics of sound."

Paper chromatography is a powerful scientific tool, and this simple experiment teaches children the basics of it. "There's a magic moment in the film where a young girl works out for herself that it can be used as a tool for detective work," says Alom. — Royal Institution / YouTube / Via rigb.org

Paper chromatography is a powerful scientific tool, and this simple experiment teaches children the basics of it. "There's a magic moment in the film where a young girl works out for herself that it can be used as a tool for detective work," says Alom.

Royal Institution / YouTube / Via rigb.org

Paper chromatography is a powerful scientific tool, and this simple experiment teaches children the basics of it. "There's a magic moment in the film where a young girl works out for herself that it can be used as a tool for detective work," says Alom.

What shapes are strongest? How should you best use materials? "This is a brilliant way to get children thinking about how and why buildings and bridges and other structures are built," says Alom, "and to discover some key engineering ideas for themselves." — Royal Institution / YouTube / Via rigb.org

What shapes are strongest? How should you best use materials? "This is a brilliant way to get children thinking about how and why buildings and bridges and other structures are built," says Alom, "and to discover some key engineering ideas for themselves."

Royal Institution / YouTube / Via rigb.org

What shapes are strongest? How should you best use materials? "This is a brilliant way to get children thinking about how and why buildings and bridges and other structures are built," says Alom, "and to discover some key engineering ideas for themselves."

A demonstration of basic chemistry: How, even though they may look the same, different liquids can have very different effects. What happens to an egg in vinegar is particularly impressive to kids: "SQUIDGY!" — Royal Institution / YouTube / Via rigb.org

A demonstration of basic chemistry: How, even though they may look the same, different liquids can have very different effects. What happens to an egg in vinegar is particularly impressive to kids: "SQUIDGY!"

Royal Institution / YouTube / Via rigb.org

A demonstration of basic chemistry: How, even though they may look the same, different liquids can have very different effects. What happens to an egg in vinegar is particularly impressive to kids: "SQUIDGY!"

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