Third Grade Science Experiments (top 2,000 results)
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Have you ever flown in an airplane, or looked up at one flying in the sky, and wondered how such a massive machine can stay in the air? Airplanes can stay in the air because their wings, also referred to as airfoils, generate lift. Engineers use devices called wind tunnels to experiment and test different wing shapes when they design new airplanes. Wind tunnels let engineers make careful measurements of the air flow around the wing, and measure the amount of lift it generates.
If you can get…
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STEM Activity
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You have probably cracked open a soda before to see the liquid fizz right up out of the bottle, creating a huge mess. Why does that happen? It has to do with the carbon dioxide gas that is added to the liquid to make it fizzy. Opening the bottle releases the built-up pressure by the gas inside, causing the gas-liquid mixture to rush out the bottle. In this activity, you will demonstrate with the help of air- and water-filled balloons how a gas changes volume depending on its pressure.
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STEM Activity
16 reviews
You can probably find the center of simple shapes, like circles and squares, pretty easily. But, how do you find the "middle" of an irregular shape, like a drawing of a dog or a cat? This project will show you how to do it using nothing but string and paper clips!
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How much force does it take to drive a nail through different types of wood? In this project you'll build a simple test apparatus to swing a hammer reproducibly so you can find out.
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The first bite of a fresh-picked apple, the crunch of morning toast, the deep cut into rich, flaky layers of baklava, the pleasing snap of a chip. Besides being delicious, what do these foods have in common? They're crisp. They have a brittleness that causes them to shatter in your mouth when you first bite into them. It's a sensation that many people enjoy. Making potatoes crispy requires some extra cooking steps, as you'll discover in this food science project, but the results are well worth…
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Blog Post
Get a reaction from students when you add these fizzy, foaming, fun projects to science class!
Five Foaming, Fizzing, and Bubbling Science Projects! www.sciencebuddies.org/stem-activities
All five of these hands-on science activities involve a chemical or physical reaction that is simple to trigger and a lot of fun to watch! Try one of these STEM projects to shake things up with projects that fizz, foam, or bubble!
Make an Alka-Seltzer Powered Lava…
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Blog Post
Making learning fun is sometimes half the battle! With the right activities, educators can ensure learning about science and engineering involves hands-on fun for students of all ages. Build in some stretchy science fun with STEM experiments that use rubber bands!
Stretchy STEM Science!
Rubber bands are fun to stretch. What happens when you let them go? They might fly! Can you use the stretchiness of a rubber band to send other things flying or create…
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Did you know that your heart beats at different rates depending on what you're doing? The more physically active you are, the faster your heart beats. You can measure the rate your heart is beating by taking your pulse. This science fair project will show you how to take your pulse and help you investigate which daily activities get your heart beating the fastest.
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Blog Post
Making a geodesic dome is always fun, no matter what materials you choose! With gumdrops and toothpicks, kids can make a dome and explore the math behind the structure. You can also upsize to straws or rolled newspaper!
Make your own geodesic dome with the Build a Gumdrop Geodesic Dome family-friendly science activity.
Explore other dome-related projects and posts at Science Buddies:
Candy Corn Geodesic Dome
Dome Sweet Dome
Family Math:…
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Do you wake up at the crack of dawn, or do you need an alarm clock to wake you up each morning? It may surprise you that the two are not always in synch. Nowadays, we use Standard Time to set our watches instead of Solar Time. Which method of timekeeping is the most accurate? Get ready to synchronize your watches!
Timekeeping is the science of how to keep time with precision and accuracy. People have been finding ways of measuring time for thousands of years, usually based on the movements…
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