Immerse students in a sticky real-world problem for which they will invent an original solution using everyday household items.
Students will learn how to sort objects by their properties and discover how properties like size can be useful for separating mixtures.
Students learn about the interaction of light with objects by collecting data focusing on objects that are transparent, reflective, and opaque.
Give students a proactive opportunity to learn about oil spills with an activity exploring the science of environmental preservation.
Dig into the chemical properties and reactions involved in concocting a beloved dessert with a fun look at changing states of matter.
Get students started on the path to understanding scientific classification as they investigate the properties that determine an object’s recycling potential.
Kickstart conversations about deforestation with a hands-on activity that lets students step into the roles of environmental engineers.
Students will investigate the power of friction as they test the force needed to move, gather data on their findings, and inspire home safety ideas.
Students will collaborate on an investigation into the sticky factor of Post-it® Notes with an activity exploring adhesion.
Take students inside the science of magnetic attraction as they collect data about the magnets they commonly interact with.
Unlock the mathematical mysteries of our complex natural world with an exploration into the intersection of science and math.
Find out how tornadoes work by creating your own simulation! This activity immerses students in weather science—without the wet clothes!
Show students how crucial good design and engineering are to the strength and durability of a structure as they take on the role of architects.
Crack into the anatomy of an egg with an experiment that lets students test a hypothesis and explain their findings visually.
Tune into the physics of sound and music with a hands-on activity that lets students analyze the behavior of soundwaves.
Go inside the dynamic science of collisions with an activity that lets students practice their inquiry skills as they learn about the protective power of cushioning.
Reinforce the importance of safety and preparedness as students use research to design their own homemade first aid kit.
Students can step into the role of forensic scientists investigating evidence and solving household whodunits as they learn the science of fingerprinting.
Breathe new life into students’ understanding of energy production as they build their own miniature windmill—featuring both easy and advanced options.
Harness the amazing energy emitted by the sun with a hands-on activity that lets students build their own solar cooking device.
Bring green energy innovations into the classroom with a three-part lesson in which students imagine greener transportation solutions for their families.
Take students inside the science of home energy sources as they learn about solar energy through research and collaboration.
Students investigate and collaborate to discover the ways that sounds can be measured and influenced in order to create the most safe and pleasant volume levels for listening.
Empower students with a three-part lesson in which they will identify real challenges in their communities and prototype innovative solutions.
Students investigate the reflectivity of light as they learn how to make a DIY reflectivity tester out of common everyday items.
Discover the aerodynamics of golf balls as students work in teams to evaluate the physics and engineering used in sports equipment design.
Uncover the amazing capabilities of the human brain as students harness the science of memory to find lifehacks that they can apply daily.
Give students a closer look at the science behind static electricity as they construct a simple device capable of measuring static charges.
Students can harness the same scientific principles that power space travel with an activity in which they build a multistage rocket.
Embrace the subtle magic of static charges in students’ everyday environment as they explore how our bodies interact with electricity.
Examine the optical illusions created when glass objects are submerged in cooking oil, with an activity that illuminates the basics of light refraction.
Give students an up-close look at the effects of light refraction in their environment using gelatin dessert and a laser pointer.
Investigate the formula for gravity as students get a chance to demonstrate gravitational acceleration using a simple but effective method.
Reimagine engineering mechanics by exploring the way salt crystals can be used to transfer forces in a directional way.
Dive into the power of polymers with an activity that lets students test the limits of plastic, one of the most common types of polymers.
Ignite a small (and totally safe!) flash of light using a commonly consumed food product, as students learn about the interactions of electrical charges.
First one to empty the jug wins! And it's not as easy as it sounds...