Projects, Lessons, Activities (top 2,000 results)
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STEM Activity
1 review
Do you enjoy watching scary movies at Halloween, or going to haunted houses? However you may want to have a thrilling experience this time of year, spooky sounds and music will likely play an important part. Part of what makes a haunted house or a mysterious movie perfectly eerie is the soundtrack that goes along with it – all the noises orchestrated to raise the hair on your arms, make you shiver, and leave you with little doubt that there are things unknown lurking about. In this…
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STEM Activity
9 reviews
In the springtime it can be easy to spot flowers in a dazzling array of colors at flower gardens and in plant nurseries. And with Mother’s Day just around the corner, stunning flower bouquets are even more readily available in stores. Have you ever wondered what pigments make a flower appear a certain color to us? For example, what pigments make a rose be a deep, rich shade of red? Do different flowers use the same pigments? In this activity you’ll get…
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This project idea is inspired by former NASA engineer Mark Rober's "Squirrel Ninja Obstacle Course".
You do not need to build a full obstacle course as intricate as Mark's (although you certainly can if you want to!) to make this into a fun science project. For example, how far can squirrels jump? You could test this question by building a mobile post and placing it next to a bird feeder. The bird feeder in Figure 1 is mounted on a metal pole. The pole is protected by a squirrel baffle, a…
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In our introductory VoxCAD project, we provided you with a template file that included default material properties and physics simulation settings. These settings include friction, gravity, and temperature — all of which can drastically change how fast your robots move. However, we did not explain what exactly all these physics simulation settings meant, or how to change them. You can access the physics settings through the Physics Settings tab after entering the Physics Sandbox mode, as…
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STEM Activity
4 reviews
Have you ever wanted to make your own soda pop? Even if you haven’t, maybe as a treat on a relaxing afternoon you like to open a can of your favorite carbonated beverage and take a deep drink. The bubbles in the soda tickle your tongue’s taste buds and propel the ingredients to your palate and nose so that you get a kick of flavor. But how do the bubbles, fizz and taste get into the water? In this tasty science activity, you will work with baking soda, citric acid and sugar to…
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STEM Activity
3 reviews
Have you ever wondered about the materials that your clothes are made out of? The clothes you wear are made of fibers that come from many different sources. Some fabrics are made from natural fibers, and some from manufactured or totally synthetic fibers. In this activity, you’ll explore how well different fiber types are dyed using fiber-reactive dye. Aren’t you just dye-ing to find out which fabric works best?
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Whipped egg whites are used in many sweet and savory recipes. They are used to add air into cake batters, meringues, and soufflés. Egg whites, also known as albumin are 15 percent protein dissolved into water. When egg whites are beaten or whipped, the protein chains unravel. This is called denaturation. The process of whipping egg whites adds air to the mixture, in addition to denaturing the proteins. The denatured proteins create bonds with each other and trap air bubbles within…
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STEM Activity
4 reviews
Throughout history, people have always been captivated by celestial objects like stars, planets, and the Moon. Now, man-made satellites have entered the picture. Did you know you can see many satellites with the naked eye? Try this activity and find out for yourself! You will even learn how to classify them!
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STEM Activity
4 reviews
Have you ever noticed that some types of clothes are more susceptible to static cling than others? For example, a wooly sweater can have a lot of static cling, but clothing made out of cotton doesn’t get static cling nearly as much. How well do other materials around the house produce static electricity? In this science activity, you’ll explore this by making a simple, homemade electroscope and testing it out. The results may shock you!
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"What? My food needs some standing time? How can food stand? I don't see any legs on those baked potatoes!" Whether you're using a traditional oven or a microwave, standing time is an important concept in cooking or baking. When you remove a food from an oven or a microwave, the food retains heat and continues to cook for several minutes after it has been removed from the heat source. This process of the food continuing to cook, using the retained heat in the food itself, is called carryover…
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