Explore atomic orbitals and quantum states
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.
Showing 121–140 of 1,000 ranked alternatives.
Xiang Dong
, track progress, and master the periodic
The symbols, names, atomic numbers, and positions of all 118 through 78 levels and 36 challenges. Complete 9 modules covering element categories and a final module reviewing all . Track progress and reinforce knowledge with structured training.
Get Konversed Pty Ltd
Explore quantum concepts and technologies
Learn about quantum technology and the Stellar blockchain ecosystem. Explore the Quantum Financial System and Quantum Matrix. Join a community for educational resources and guidance on emerging technologies.
Maxamix Corporation
Build and visualize molecules in 3D
Build and visualize molecules in 3D. Add oxygen, nitrogen, chlorine, carbon, hydrogen, double and triple bonds, branches, and rotation conformations. Edit structures with undo, redo, and delete functions. Export models for further use.
Linda Schnetzinger
Zoom and compare cosmic scales with gestures
Astronomical objects and compare sizes from galaxies to atoms. Use gestures to zoom in and out, to microscopic levels or cosmic distances. View detailed comparisons and understand relative sizes visually.
APPS BAY LIMITED
Calculate formulas instantly
Allows users to calculate equations and formulas. Input variables to solve for unknowns in mechanics of materials. Access force-displacement relations and moment calculations. Retrieve reference materials for formulas.
Stride Inc.
Explore , swipe to learn, touch
Explore with swipe and touch to view details like name, symbol, atomic number, mass, Lewis dots, and radius. Colors indicate classification, melting point, boiling point, outermost orbital, and ion radius.
Anders Hafreager
Explore atoms, simulate physics, share research
Explore atomic and molecular behavior in liquids, solids, and gases. Manipulate simulations to observe particle interactions. Visualize physics concepts through interactive models. Share findings and collaborate on research projects.
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