Second Grade Science Experiments (top 2,000 results)
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In this week's spotlight: a pair of projects that extend a classic chemistry exploration—growing crystals. Growing crystals makes for excellent and engaging hands-on, kitchen science that can be enjoyed by all ages, but what determines the size of the crystals? Explore the relationship between temperature and crystal formation in these science project and activity procedures:
Crazy Crystal Creations: How to Grow the Best and the Largest Crystals (full Science Buddies Project…
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Substances that can absorb water from the environment can help keep products dry—or help dry out something that has gotten wet, like an electronic device. The small silica gel packets that you often find when you open a new product are used to help keep the product dry. The properties that make a silica gel packet work are properties you can find in other substances as well. There are even ordinary kitchen ingredients that can be used to absorb moisture and help to dry something…
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Follow along with a Science Buddies parent who is using family STEM activities to keep her kids learning at home during the COVID-19 school shutdown. New posts every Monday, Wednesday, and Friday. Today's adventure... exploring how heat expands aluminum foil.
Example of aluminum foil and paper strip being held over a flame and curling
Sensory Play as a Young Version of Materials Science
When my kids were little, they loved the sensory table at their…
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With this week's fun family science activity, you can create an exciting visual display using water and food coloring!
How do water droplets react on a surface material? Do they roll off? Do they disperse? Do they move together? How do they react to each other? Depending on the surface material and the liquid, you may find that droplets move in a variety of different ways. These patterns of movement demonstrate several different science principles.
What determines whether droplets spread…
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Math is used by many different types of scientists to model phenomenon and evaluate data from an experiment. By building mathematical models scientists can understand how different physical, chemical, and biological processes are affected by different variables. The most important tools are: making a graph to give a visual representation of the relationships between your variables and making an equation to give a way of computing the relationships between your variables. Find a source of data,…
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Animals have different levels of activity depending upon their habitat, metabolism and behavior. Diurnal animals are more active during the day. Nocturnal animals are more active at night. Being diurnal or nocturnal may have different advantages for different animals. For example, desert animals tend to be nocturnal so they can stay cool and escape the desert heat present during the day. What types of diurnal and nocturnal animals are common in your area? You can set out a small trap to…
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This project challenges you to think like a politician (and a scientist!), and try to ascertain what factors are most important as individuals make their decision on how to vote. For example, is it what is being said, or who is saying it?
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Are you interested in things like prosthetic limbs and artificial joints that can help people with disease or injury to lead a normal life? Or maybe you're interested in sports medicine or physical therapy? Either way, this project could be a good match for you. Find out how the tension on the knee joint changes as a function of angle by building a simple mechanical model.
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Compare the density of different liquids by making a colorful density column at home! Why do some liquids sit on top of each other, and others do not? Find out with a hands-on science project that lets kids see how different liquids "stack up."
Not all liquids have the same density. But what does this mean? Scientists define density as mass divided by volume. In the same amount of space (or volume), some substances have more mass than others. A liquid…
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In this week's spotlight: a physics-focused science activity that helps families learn more about how forensic science can provide clues to solve crimes! Blood stains and spots at the scene of a crime can help detectives piece together what happened. In this activity, students use fake blood and investigate how blood stains change depending on the height from which the blood was dropped. It may sound gory, but there is interesting physics to explore!
You and your family can explore the…
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