Bungee Egg Challenge vs Physics

How do you determine if an egg will survive a drop from a given height suspended inside a container? Do you know what forces develop, how much the egg can handle, where the best place to position the egg is inside a container, how much the chords will stretch, or how fast energy is dissipated? With this app you can show students how physics and engineering principles can be used to answer these questions. You can simplify a very exciting but advanced problem down into understandable concepts.  This app provides students in grades 9 thru college with an authentic experience in the use of technology and engineering. Students can assemble and assimilate science and technology to do realistic designs for their egg drop containers using an elegant but easy to run computer simulation within the app. The well-tested lessons and lab plans included to use with the software show students how to conduct tests to determine the stretching and internal friction characteristics present in likely chord suspension materials. Doing off-line tests give students an appreciation of how important it is to take careful scientific measurements and how these measurements can be used. It is up to the students to decide which chord materials to use to suspend their egg inside a container, and where to position the egg; and then to input those properties and measurements into the computer. With the information they provide, the software will simulate what happens to the egg inside the dropped container when it impacts the ground. By being able to make predictions, students can work to modify and optimize their designs so that their egg will be a surviver when they build their design and test it for real. Everyone will be quite impressed!

Step into physics and watch the invisible become visible. Our app transforms fundamental principles into immersive Augmented Reality scenes, showing how physics concepts work in real time. By rooting every idea in a vivid, spatial experience, we bridge the gap between theory and intuition and make physics instantly relatable. Engage, spark curiosity, retain more. Visualizing virtual objects from every angle in their real world boosts attention and long‑term understanding—perfect for visual and kinesthetic learners. Built‑in concept walkthroughs. Every augmented reality scene includes clear, step‑by‑step explanations—before, during, and after exploration—so students always understand the “why,” not just the “wow.” Flexible for every setting. Ideal for classroom demos, one‑on‑one tutoring, homeschooling, or independent study. Safer, cheaper than traditional labs. No glassware, electricity, or expensive apparatus—just an iPad or an iPhone. Schools cut equipment costs, and learners experiment risk‑free. Ready for Schoolwork. Deep integration lets teachers push augmented reality assignments straight to student devices, collect results, and track progress—all inside Apple Schoolwork. Learn anywhere. At school, at home, or on the go, physics travels with you—no giant lab benches required. Physics+ is a subscription service that grants access to the complete feature set. A subscription is required to activate all features described in this listing. If you choose to purchase Physics+, payment will be charged to your iTunes account, and your account will be charged for renewal within 24-hours prior to the end of the current period. Auto-renewal may be turned off at any time by going to your settings in the iTunes Store after purchase. Current Physics+ subscription price starts at $4.99 USD/month. Prices are in U.S. dollars, may vary in countries other than the U.S. No cancellation of the current subscription is allowed during the active subscription period. Privacy Policy: https://arvid.app/physics-privacy-policy Terms & Conditions: https://arvid.app/physics-privacy-policy