EXPLORE CHEMISTRY
Chemistry simulations.
Investigate atomic structure, bonding, equilibrium, kinetics, electrochemistry, thermodynamics, spectroscopy and solutions as manipulable systems.
TOPIC PATHS
Choose a concept.
Move from a field into a focused concept cluster, then open an experiment and change the variables.
Acids & Bases
Change concentration and acidity to connect hydrogen-ion behavior with the logarithmic pH scale.
Explore topic →2 simulationsAtomic Structure
Explore simplified atomic models and electron arrangements to connect particle structure with chemical organization.
Explore topic →1 simulationBonding
Explore how bond geometry and electronegativity combine to determine molecular polarity.
Explore topic →2 simulationsElectrochemistry
Explore Electrochemistry through interactive chemistry simulations. Change variables, observe outcomes, and connect the model to the underlying concept.
Explore topic →2 simulationsEquilibrium
Shift concentrations and conditions to explore dynamic balance and equilibrium response.
Explore topic →1 simulationGas Laws
Manipulate pressure, volume, temperature and amount to observe ideal-gas relationships.
Explore topic →1 simulationKinetics
Change conditions that affect reaction speed and watch their influence on a simplified kinetic model.
Explore topic →1 simulationMolecular Geometry
Manipulate electron-domain arrangements to connect molecular shape with VSEPR predictions.
Explore topic →1 simulationMolecular Structure
Explore Molecular Structure through interactive chemistry simulations.
Explore topic →1 simulationNuclear Chemistry
Explore Nuclear Chemistry through interactive chemistry simulations. Change variables, observe outcomes, and connect the model to the underlying concept.
Explore topic →1 simulationPeriodic Table
Change position and compare properties to reveal recurring trends across the periodic table.
Explore topic →1 simulationQuantum Mechanics
Explore Quantum Mechanics through interactive chemistry simulations. Change variables, observe outcomes, and connect the model to the underlying concept.
Explore topic →1 simulationSolutions
Explore Solutions through interactive chemistry simulations. Change variables, observe outcomes, and connect the model to the underlying concept.
Explore topic →1 simulationStoichiometry
Explore Stoichiometry through interactive chemistry simulations. Change variables, observe outcomes, and connect the model to the underlying concept.
Explore topic →1 simulationThermochemistry
Explore Thermochemistry through interactive chemistry simulations. Change variables, observe outcomes, and connect the model to the underlying concept.
Explore topic →1 simulationThermodynamics
Explore Thermodynamics through interactive chemistry simulations. Change variables, observe outcomes, and connect the model to the underlying concept.
Explore topic →ALL CHEMISTRY SIMULATIONS
21 experiments.
Bohr Atom Explorer
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Atomic StructureElectron Configuration
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Periodic TablePeriodic Trends
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Molecular GeometryVSEPR Geometry
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • BondingMolecular Polarity
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Acids & BasespH Explorer
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Gas LawsIdeal Gas Law
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • KineticsReaction Rate
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • EquilibriumChemical Equilibrium
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • StoichiometryStoichiometry & Limiting Reagent
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • ThermochemistryCalorimetry Mixer
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • SolutionsSolution Dilution Designer
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Acids & BasesAcid,Base Titration
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • ElectrochemistryElectrochemical Cell
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Nuclear ChemistryRadioactive Decay & Half-Life
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Acids & BasesBuffer Solutions & Henderson,Hasselbalch
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Quantum MechanicsAtomic Emission Spectra & Flame Test
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • ThermodynamicsGibbs Free Energy & Spontaneity
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • Molecular StructureOrbital Hybridization (sp, sp², sp³)
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • EquilibriumSolubility Product (Ksp) & Common Ion Effect
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →Chemistry • ElectrochemistryElectrolysis & Faraday's Laws
Open the interactive explanation, change the model variables, and test the concept yourself.
Open simulation →