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This game can be challenging – but your students will learn! Reading skills are needed.Įxplore forces, loads, materials and shapes with this interactive force and motion building big activity. Your students will totally get into this online simple machines game. Learn about drag, lift, thrust and weight in this interactive activity. #Homemade physics science experiments simulatorWhile it’s tricky to build flying contraptions in the classroom – use this how do things fly online simulator to design your own airplanes can make it happen – virtually. Įxperiment with forces in action with this online activity for 10-11 year olds. Try this forces and movement interactive game for first and second grade. #Homemade physics science experiments freeForce and Motion Free Games OnlineĮxperiment online (for kindergarten and first grade) with this push and pull online activity. Write each law and illustrate on the flap. ![]() Make a foldable to summarize Sir Isaac Newton’s Laws of Motion. Students could make this recycled materials winch in pairs or small groups.Īttempt to lift heavier objects (by adding pennies to the object being lifted) feeling the change in force it takes to pull it up. source: īuild a winch with paper towel tubes, spool and a straw. This would be a good resource for upper elementary. Use free simple machine notebooking pages and have students describe the lever, pulley, inclined plane, wedge, screw and wheel and axle. source: ĭon’t be afraid to get messy! Combine art with science in this force and motion marble painting activity. Force and Motion Activities source: Īfter learning about how friction and force moves a roller coaster, set up your classroom to bring the concept to life. Your students will love exploring friction in this floating rice experiment.Īren’t those fun and clever force and motion experiments? Let’s move onto activities to help reinforce what you’ve taught. Save a few water bottles and fill them with dry rice. Record the distance, time and speed with a free recording sheet. source: Ĭonduct trials with toy cars to see how you can make them go faster. All you need are some simple tools like rulers, a semi-heavy object and something to be the fulcrum.Ī video explaining how a lever works is included. #Homemade physics science experiments how toCreate towers with note cards, string and a tower to feel the law as you take out each card separately, quickly or try to pull them all out at once!Įxplore how to move the fulcrum on a lever to experiment how it impacts ease of use. Perfect to accompany the (affiliate) book How Do You Lift a Lion? source: Įxplore Newton’s first law together – the law of inertia – by seeing it in action. Students must create 3 ways to move a lion (or another small toy) using simple machines. source: Ĭreate a simple machines challenge. Talk about how resistance to flowing is called viscosity and have fun. Skip the cars on an incline and go for liquids! Create a viscosity race with stuff from your fridge. Students have to build a basketball hoop with classroom objects and recycled materials. Take what you learned about building catapults in the above experiment to build a STEM engineering challenge. ![]() ![]() With plastic utensils and marshmallows you’re set to build. source: Ĭreate catapults to explore how to make simple machines. Use lots of questions to guide young students to extend their exploration. ![]() Set up ramps with different textures and send toy cars down. Some of these can be adapted for different grade levels. Let’s plan some force and motion experiments for all elementary grades. If you’re looking for helpful ideas and lesson plans – then this is the place to start!ĭo you need a refresher as the teacher before planning your simple machines unit? This simple machines facts page is an excellent (and easy) way to jog your memory. This collection of force and motion activities and resources should help you cover the topics like texture, gravity, incline and simple machines. Get teaching with these force and motion experiments, activities and videos to use in the elementary classroom. ![]()
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