Science fair projects span across biology, chemistry and physics disciplines. Students can experiment with density using oil vs water experiments or discover why plants grow faster with this simple greenhouse idea.
Kids can conduct an investigation to discover how many licks it takes to reach the center of a Tootsie Pop, use their creative engineering skills to construct a geodesic dome or explore color changing properties of flames with this simple chemical experiment.
One can hardly walk down a street or enter a classroom without seeing children playing with fidget spinners – an increasingly popular toy with many schools banning them as distractions.
Get students involved with this trend to explore its fascinating science, which illustrates centripetal force. Additionally, they can try other projects such as spherification or researching how primary colors combine to form new hues.
Pinball machines are an engaging science fair project to teach students about simple machines. Students use basic materials like cardboard and plastic cups when building their own simple pinball machine.
A typical pinball machine typically includes 64 to 96 individually controlled lighting outputs – traditionally incandescent but now LED. These light sources illuminate both game play and backbox artwork, as well as solenoids and electromagnets that drive solenoids or electromagnets.
As children work on their science fair projects, they learn about asking questions, developing hypotheses, testing theories, and collecting data – as well as developing essential STEM skills while having fun! All while having creative fun!
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When you swing a bucket of water above your head, the centripetal force may cause it to splash down onto you and soak you.
Centripetal force is what keeps roller coaster rides going full circle, as well as keeping our solar system turning around its sun.
This fun science experiment helps kids grasp this concept.
Learn about acid rain and its harmful impacts with this simple yet informative science fair project idea. This experiment simulates emissions of hazardous gases that combine with water to lower pH and produce acid rain.
Acquire two 1.5-inch strips of wide-range (0-14 pH) litmus paper for each group, along with safety matches, bromothymol blue liquid dye, and a small clear container.
Graham crackers may seem dull and tasteless, but that was on purpose. Sylvester Graham created them in 1829 in an effort to curtail certain urges. As a Presbyterian minister who believed rich foods and drinks aroused sexual desire and led to moral depravity such as masturbation.
Students working in pairs to construct protective devices for one Graham cracker. They should experiment with various forms of protection and record data.
Water cycle is an all-natural cycle that transports vast quantities of liquid from oceans to land daily through processes like evaporation, condensation and precipitation.
This experiment provides a fun and educational way for kids to understand the water cycle. They can observe as warm water turns to vapor in a bowl before condensing onto cling wrap and falling into their cup representing mountains or land as precipitation.
All physical objects vibrate at their natural frequency, known as their resonant frequency. When sound waves match a vibration’s resonant frequency, its vibrational amplitude increases rapidly.
Kids can explore the relationship between resonance and energy transfer with this engaging sound wave experiment. Furthermore, this project also helps students calculate the universal resonance curve.
Oxidation is a chemical process responsible for turning apples brown and pennies dull; kids will love illustrating this idea with an engaging chemistry project!
Watch copper bond to oxygen and then release it through this simple experiment, providing an explanation for why copper appears dirty. Discover rusting with this simple science fair experiment or other fun oxidation experiments too.
Kids will learn about kinetic and potential energy through this engaging science fair project idea involving catapulting objects with an object launcher. Successful science fair projects start by asking an interesting question that can be explored through experimentation.
Ideal’s 1968 game “Top Spinners” offered most children an authentic Gladiatorial combat experience without gasping for air or pangkah gasping like their fathers did. Any time a player kept his top spinning within the arena, he earned one point.