The Physical Atoms
The atom models in the set are made of plastic spheres that connect using magnets: metal tips on the end of rubbery arms (clear for ionic bonds, white for covalent bonds) represent the free electron(s) from that atom, making electrons simpler for kids to quickly visualize. Flat magnet sites on the atoms represent how many electrons that atom can receive. The magnet system provides a clear picture of how bonding works: energy is released to form bonds, and energy is required to break bonds. Kids experience the ease of connecting atoms (forming bonds) and the effort of disconnecting atoms (breaking bonds) with the magnetic connectors. The atoms vary in size depending on atomic mass, while the flexibility of the rubbery arms demonstrate that bonds are not rigid. Each atom has its element’s symbol printed on it, and the physical models in Happy Atoms enable kids to visualize single, double, and triple bonds—something you can’t do without the use of small parts in the ball-and-stick modeling system!
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The App
The Happy Atoms app takes this molecular modeling system to the next level. The app uses the camera in your smartphone or tablet (sold separately) to scan the molecule you’ve created and analyzes it based on each individual atom’s size, shape, and markings, as well as each atom’s relative position to one another, to determine the identity of the molecule. After the molecule is discovered, the app presents information about it, including its composition, systematic name, usage, properties, structure, and more. The app can recognize up to 10,000 molecules and presents in-depth information about 150 molecules and general information about the rest. The World of Molecules map stores your discoveries as you chart your own personal chemical expedition! This digital platform provides a gamified learning environment for kids to study chemistry and promotes independent play and learning; Harper and Andee, characters within the app, accompany and guide kids on their chemistry adventure, offering encouragement and asking for help with their research. The Happy Atoms app requires a tablet or smartphone running iOS 8 (or later) or Android 4.4 (or later, with 1GB RAM, dual-core processor, and camera), not included.
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What's Inside
Happy Atoms: Complete Set comes with 50 atom models that represent 16 different elements: 14 Hydrogen atoms, 1 Helium atom, 2 Lithium atoms, 2 Beryllium atoms, 6 Carbon atoms, 3 Nitrogen atoms, 6 Oxygen atoms, 2 Fluorine atoms, 1 Neon atom, 2 Sodium atoms, 2 Magnesium atoms, 2 Silicon atoms, 2 Phosphorus atoms, 2 Sulfur atoms, 2 Chlorine atoms, and 1 Argon atom. The 16 elements represented in this kit are the most common and important atoms for a student to learn about when they are building the groundwork for their study of chemistry. The set also comes with the Happy Atoms app (free to download on the App Store, from Google Play, or in the Kindle Store), a periodic table poster that doubles as a scanning mat, and a white drawstring bag for easy clean-up and storage. The included Quickstart Guide gets kids using Happy Atoms right away, offering up some initial experiments and guidance to familiarize them with the Happy Atoms system.
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