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Learn about friction – use a pencil to pick up thousands of grains of rice. (And no, this won’t take hundreds of years.)
Continue reading ‘Pick up thousands of rice grains with a pencil’ »
The Digital Bits Science Labs are fun science experiments for young children. Kids, make sure you have an adult's permission before trying any of these science experiments.
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Learn about friction – use a pencil to pick up thousands of grains of rice. (And no, this won’t take hundreds of years.)
Continue reading ‘Pick up thousands of rice grains with a pencil’ »
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A leaky bottle can teach how air pressure works, and how strong air pressure is – It can stop water from flowing!
Continue reading ‘Learn about air pressure from a leaky bottle’ »
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See what colors combine to form other colors. Make a CD spinner to improve the testing, giving you a color combiner that can be reused with any color you want.
Continue reading ‘Build a CD spinner and learn color combinations’ »
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A hovercraft works because of air pressure: it uses a motor to create a cushion of air. The hovercraft floats on this cushion, allowing it to move over land and water.
Continue reading ‘Build a balloon-powered mini-hovercraft’ »
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Surface tension is a special attribute of water. When water is exposed to air, it forms a thin “skin” that keeps the water together. This is how some bugs skim over a water’s surface: surface tension keeps them from sinking into the water.
Continue reading ‘How to join and separate two streams of water – surface tension in action’ »
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This experiment shows how to separate pepper and salt using a balloon and static electricity.
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You can direct the flow of water without touching it. All you need is a little static electricity.
Continue reading ‘Move a stream of water with a balloon and static electricity’ »
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Static electricity is the transfer of electrons from one material to another. You can see the effects of static electricity using balloons.
Continue reading ‘Learn the basics of static electricity and electron transfer’ »
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Oil and water don’t mix. Putting food coloring in oil, and letting it slowly settle into a glass of water will create “water fireworks”, little streamers of color cruising down through the water.
Continue reading ‘Food coloring fireworks with oil-water separation’ »
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This experiment shows the concept of energy transfer, how kinetic energy can be transferred from one object to another. It also demonstrates a basic concept of Einstein’s E=mc2 equation, about mass-energy equivalence.
Continue reading ‘Energy transfer experiment and super-ball-bouncing’ »