Molecular Modeling for Education
Access over 110 million molecular structures with NGSS-aligned curriculum. Transform chemistry education with interactive 3D visualization and real-time calculations.
Built on fundamental equations that power real-world chemistry research and education.
Calculate reaction rates and temperature dependence. Model activation energy and pre-exponential factors for chemical kinetics.
k = A * e^(-Ea / RT) // Rate constant calculation // Ea: activation energy (J/mol) // T: temperature (K)
Predict molecular shapes using Valence Shell Electron Pair Repulsion theory. Visualize bond angles and electron domains.
geometry = VSEPR(electrons, bonds) // Linear: 180deg // Trigonal: 120deg // Tetrahedral: 109.5deg
Simulate radioactive decay processes. Calculate half-lives, decay constants, and daughter nuclei production.
N(t) = N0 * e^(-lambda*t) // lambda = ln(2) / t_half // Alpha, Beta, Gamma decay // Isotope transmutation
Analyze molecular speed distributions. Understand gas behavior and temperature effects on particle velocities.
f(v) = 4*pi * (m/2*pi*kT)^(3/2)
* v^2 * e^(-mv^2/2kT)
// Distribution at temperature T
Everything you need for comprehensive chemistry education in one platform.
Interactive periodic table with detailed element data, electron configurations, and isotope information.
Construct molecules atom by atom. Real-time validation of bonding rules and molecular stability.
Rotate, zoom, and explore molecular structures in full 3D. Multiple rendering styles available.
Simulate chemical reactions with adjustable temperature, concentration, and catalyst parameters.
Model radioactive decay chains. Visualize alpha, beta, and gamma emission processes.
Access comprehensive molecular properties, thermodynamic data, and spectroscopic information.
Every module maps to Next Generation Science Standards for seamless classroom integration.
Use the periodic table as a model to predict the relative properties of elements.
Construct explanations of the outcomes of simple chemical reactions.
Apply scientific principles to design, evaluate, and refine solutions for reaction optimization.
Develop models to illustrate changes in nuclear composition during decay and fission.
Start exploring molecules, reactions, and nuclear processes with our interactive simulation platform.
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