The app allows students to explore how atoms form molecules and understand atomic structure. It depicts valence electrons to illustrate covalent bonding and the properties of elements.
by Ventura Educational Systems★ 5.01 ratingsEducation$3.99Data updated 2026-09-29
Build atoms, ions, and by adjusting protons, neutrons, and electrons. Access atomic theory explanations and an interactive periodic table. View element composition details and compare different atomic structures.
Build atoms, ions, and by adjusting protons, neutrons, and electrons. Access atomic theory information and an interactive periodic table. Learn about element composition and historical atomic theory.
The app allows users to explore element composition by building atoms, ions, and isotopes. Users can select protons, neutrons, and electrons to construct these particles.
Build and manipulate atoms by adding or removing protons, neutrons, and electrons. Explore chemical bonds through interactive games. Navigate the periodic table to learn element properties. Test knowledge with quizzes and challenges.
Explore 3D models of atoms and molecules using augmented reality. Interact with different atomic orbitals, viewing their shapes and energy levels. Learn about molecular orbitals through the Hartree-Fock method.
The app is an arcade game where players pilot a spaceship, destroying space debris and collecting power-ups. Players build Atoms by gathering Electrons and bringing them to the Nucleus.
Learn about quantum mechanics concepts like atomic orbitals and quantum numbers. Explore electron behavior in atoms. Visualize probability distributions and energy levels. Track quantum number properties and their effects on electron configuration.
Explore 3D models of elements categorized into diatomic nonmetals, noble gases, alkali metals, and other groups. View atomic weight, neutron count, proton count, electron count, and shell configuration for each element.
The app models an interactive atom, allowing users to build elements by adding or subtracting neutrons, protons, and electrons. Users can learn about atoms and explore matter manipulation at the atomic level.
Explore elements with detailed properties, historical context, and practical uses. View 3D atomic structures and rotate models. Search for elements by name or symbol. Save favorite elements for quick access.