Tenth Grade Science Experiments (top 2,000 results)
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This project asks the question "How do friendship groups change over time?" The results may support inferences about how "people skills" develop. What types of changes would you expect to see? Do you expect friendship groups to grow larger over time? Do you expect that individuals will belong to more, less or about the same number of friendship groups as they get older? Do you think there will be more or less exclusivity among groups (and how would you measure such a concept)? Do you…
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STEM Activity
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If you have wondered how rockets are propelled forward or if you enjoy the excitement of launching a rocket, this is an activity for you! You will learn how to make tiny rockets from aluminum foil and matchsticks, and how to ignite them safely. Soon, you will be launching one rocket after the other! Your challenge will be to find the most reliable launching mechanism.
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Although fractal images can be intriguingly complex, fractals are more than just pretty pictures. In this project, you'll explore the mathematical properties of the famous Mandelbrot (illustration on the Background tab) and Julia sets. You'll learn about how these images are generated, and about the relationship between the Mandelbrot set and the Julia sets.
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Blog Post
Do your hands have family traits? Science Buddies Hands-On Projects: Science and Engineering for school and for home
In this week's spotlight: a pair of projects in honor of Father's Day and the science of family traits. In these hands-on genetics projects and activities, students investigate a family pedigree to see if they can determine whether traits are dominant or recessive. Do you and some (or all) of your family members share certain physical traits? Is a widow's…
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Oh, were you ever scared! Your heart pounded, your breath rate shot up, your palms got cold and clammy. Fear does that to us. Here's a science project based on roller coaster rides to see if heart rate is an accurate measurement of fear. Are you brave enough to take on this frightfully fun project?
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STEM Activity
28 reviews
Do you have a fire extinguisher at home? Hopefully, yes! It can save your life in case there is a fire. But have you ever wondered how these extinguishers work? Some of them don't even contain water, which is what you probably think of first when it comes to stopping a fire from spreading! What else other than water can extinguish a flame? Do this activity to find out—and put a candle out as if by magic!
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Have you ever tasted a delicious burger and wondered how it got so much flavor? Maybe you have heard your family talk about marinating foods before cooking or grilling them. A marinade is a mixture of seasonings used to flavor or tenderize food. Most cooks have strong opinions about the best way to marinate their favorite food, be it a large steak or a tofu burger. In this cooking and food science fair project, you will run controlled tests to see what factors are most important in making a…
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Blog Post
Put drawings in motion with a flip book animation science project!
Science Buddies Hands-On Projects: Science and Engineering for school and for home
In this week's spotlight: a pair of projects that explore the way the brain interprets a series of images. Both traditional cartoon animation and stop motion animation (like claymation) rely on the brain viewing a sequence of images as "in motion." By creating easy and fun flip-book animations, you and…
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Blog Post
Use paper chromatography to explore the colors that make up flowers!
In this week's spotlight: a pair of flower power projects, perfect for spring and Mother's Day! Paper chromatography is used to help separate a solution into its components. In these hands-on science activities, paper chromatography lets students see what makes up the "colors" of flowers. Are all red flowers the same in terms of pigment? Pluck a few petals and find out!
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When the punter is trying to hit the "coffin corner" (within the opposing team's 10-yard line), out of bounds, what is the best angle to kick the ball for correct distance and maximum "hang time?" (For more information on the physics involved, see: Gay, 2004, Chapters 4 and 5.)
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