Second Grade Projects, Lessons, Activities (460 results)
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What are cold fronts and warm fronts? What happens when a cold front meets a warm front? You can test this using different temperatures of water. Use food coloring to label the cold and hot water, then carefully combine the two liquids together. What happens? How do they mix? You can also fill water balloons with hot or cold water, and then float in a hot or cold water bath. How does temperature affect the movements of the balloon? You can do similar experiments with hot and cold air in…
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All animals need to respond to changes in their immediate environment. The sensory structures of animals are each made to respond to distinct types of sensory stimuli: touch, taste, sound, light and smell. How are these stimuli received? Different animals have different strategies for receiving stimuli and develop specialized structures for doing so. Antennae, ears, noses, tongues, eyes, eye spots, hairs and bristles are all examples of sensory structures used by different animals to sense…
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"What?! Many of my toys are also machines?" That's right—simple machines! Simple machines are everywhere! Under your feet when you climb stairs, in your hand when you use a utensil to eat your dinner, even in your arm when you throw a ball. Come visit this science fair project and explore the six types of simple machines. Find out how many are hiding under the hinged lid (yes, another simple machine) of your toy box!
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It's the bottom of the ninth, and you've spent a great afternoon at the ball game with a hotdog, a soda, and an ice cream in hand, but I'll bet you're not thinking about how many crops went into those classic baseball snacks. Sure, the bun contains wheat, but did you know that the hotdog might contain wheat, too? And soybeans may have been used to give that ice cream its perfectly smooth texture, while corn was likely used to sweeten the entire meal! Crops can be changed and added to processed…
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Have you ever been to an animal show and seen a sea lion balance a ball on his nose, or a tiger jump through a hoop? Or maybe you've met dogs who can sit, fetch, shake, or beg on command. The range of tricks that you can teach animals is amazing, but how does animal training work, and how long does it take? Find out in this trick-and-treat filled science fair project!
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Have you ever broken a fishing rod? Or seen a treetop bend over and touch the ground (or even snap off) during an ice storm? These are examples of the effect of bending stresses on flexible rods. There are scientists who actually study this phenomenon and discover ways to prevent breakage, which leads to stronger fishing rods, building materials, car parts, and more. In this science project, you'll explore the bending stresses in flexible rods by testing asparagus stalks.
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The word rabid often makes people think of an animal that is extremely violent, crazy, and maybe even foaming at the mouth. But not all animals infected with the rabies disease fit that description. Nevertheless, it is important to avoid animals that have rabies so that you don't get infected. So which wild animals are likely to carry rabies? This science fair project will help you discover the answer!
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All animals have a genome, but do they all have genome projects? Find out which animals are currently having their genomes sequenced and how much we know already. Whose genomes are already finished? Whose genomes are just getting started? Find out by doing some simple bioinformatics data digging!
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Lesson Plan
Grade: Kindergarten-5th
Students learn the difference between global, prevailing, and local winds. They make wind vanes out of paper, straws, and soda bottles and use them to measure wind direction over time. They analyze their data to draw conclusions about the local prevailing winds.Engineering Connection
Understanding the patterns and behavior of global and localized winds enables engineers to design technologies that protect us from wind and exploit the energy of wind. Engineers design…
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NGSS Performance Expectations:
Lesson Plan
Grade: 2nd-6th
2 reviews
"Play-Doh" © 2006 Dennis Brekke
Do you know the relative sizes of the planets in our solar system? Put yourself to the test with some Play-doh. Size comparisons between planets can be surprisingly tricky. This activity allows students to model, in three dimensions, the relative sizes of the planets.
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