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X-WR-CALDESC:Events for Valentine Public Library
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UID:11413-1727740800-1730419199@valentinelibrary.org
SUMMARY:DIY Book Folding Take-Home Craft: Witch Silhouette
DESCRIPTION:Get crafty with a witchy twist! \nLooking to add some creative\, spooky flair to your home this season? Whether you’re getting ready for Halloween or simply love a good DIY project\, join us at the Valentine Public Library for a unique and magical DIY Book Folding TAke Home Craft! We’ll guide you through making a witch silhouette using upcycled book pages\, giving old books a new life in the spirit of the season. \nThis crafty project is the perfect way to bring a touch of literary-inspired magic into your day! Whether you want to create a one-of-a-kind piece of decor for your home\, a thoughtful handmade gift\, or a little treat just for yourself\, this project is sure to bring out your creative side. \nNo need to worry about gathering supplies—we’ve got everything you need to bring your witchy silhouette to life.  However\, we anticipate this will be popular so visit us early in the month before supplies run out! \nEmbrace the spooky season vibes and share your creations with us on social media. We love to see the spin our patrons put on the craft! \n*While supplies last!
URL:https://valentinelibrary.org/event/diy-book-folding-take-home-craft-witch-silhouette/
CATEGORIES:Children's Events
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UID:11432-1727969400-1727974800@valentinelibrary.org
SUMMARY:STEM Challenge: Build Your Own Catapult Launcher!
DESCRIPTION:Ready for some hands-on engineering fun? Join us for an exciting STEM Challenge where you’ll get to craft your very own catapult launcher! Using simple materials like cardboard tubes\, rubber bands\, and ping pong balls\, you’ll design\, build\, and test your catapult to see how far you can launch your ping pong projectiles. \nThis interactive challenge is perfect for young engineers and creative thinkers. You’ll not only have fun building but also learn about physics\, force\, and angles in a fun and engaging way. \nWhen you build a catapult\, you’re learning about some important ideas in physics—the science of how things move. One key concept is force.  A force is simply a push or pull that makes something move. In your catapult\, when you pull back on the launcher (the part you’re building with the cardboard tube and rubber bands)\, you’re storing energy. This stored energy is called potential energy. The more you pull back\, the more potential energy you’re building up. \nWhen you release the launcher\, the potential energy turns into kinetic energy\, which is the energy of motion. The catapult flings the ping pong ball forward because the rubber bands quickly snap back to their original shape\, pushing the ball into the air. This is an example of how energy can change from one type to another—potential to kinetic! \nThere’s also the idea of trajectory\, which is the path your ping pong ball will follow after it’s launched. The angle at which you release the ball will change how far and high it flies. By experimenting with different angles and forces\, you can figure out how to make your ping pong ball fly the farthest. That’s how real engineers design machines—by testing and tweaking until they get the best results!
URL:https://valentinelibrary.org/event/stem-challenge-build-your-own-catapult-launcher/
CATEGORIES:Children's Events
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