Atomsmith Molecule Lab is a Education app by Bitwixt Software Systems LLC. ATOMSMITH® MOLECULE LAB Atomsmith Molecule Lab is an app that will improve your understanding of chemistry. Learning (and teaching) chemistry presents a unique challenge: it depends on the ability to "see" 3D shapes and interactions of molecules we can't actually see -- they are too small.
APK (Android Package Kit) files are the raw files of an Android app. Learn how to install atomsmith-molecule-lab.apk file on your phone in 4 Simple Steps:
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1. Atomsmith Molecule Lab makes these particle models accessible to everyone, enabling students of science to interact with molecules and to perform experiments at the atomic scale.
2. Because Atomsmith Molecule Lab's models are 3D, physically accurate, and interactive (NOT 2D animated cartoons or videos to be watched passively), you can use it to do real science, and by performing hands-on experiments yourself, you learn real science.
3. Atomsmith Molecule Lab contains a library of over 600 3D, physically accurate models of organic, inorganic and biological molecules and crystals.
4. Atomsmith Molecule Lab's Reaction Library contains a collection of interactive, 3D molecular-level models of many common types of chemical reactions.
5. Read the news, then examine models of the molecules in the Molecule Lab.
6. Put molecules into the Live Lab's "virtual box" and run simulations that allow you to see these motions and intermolecular forces (dispersion, dipole-dipole, hydrogen bonding).
7. Then perform experiments on the molecules as you vary the composition, temperature, volume and pressure of the simulation.
8. You can use the Live Lab to explore ideal or real gases, intermolecular forces, solvation, and phase changes.
9. • Onscreen tutorials walk you through the steps of how to use the Molecule Lab to explore a broad range of concepts in general, organic and biological chemistries.
10. Learning (and teaching) chemistry presents a unique challenge: it depends on the ability to "see" 3D shapes and interactions of molecules we can't actually see -- they are too small.
11. Molecules are in constant motion and they interact with each other via electrostatic forces.
Apk Mirror 1: : Download APK
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