# electrochemistry
Electrochemistry sits at the junction of chemistry and electricity — reactions that generate current, or currents that drive reactions, all governed by the same electrode and ion-transport principles. This tag brings together the site's battery and cell models: Galvanic Cell and Nernst Equation — Galvanic Cell Potential Interactive Simulation show how a spontaneous reaction produces voltage, while Electrolysis demonstrates the reverse — using electricity to force a non-spontaneous reaction forward. Electrode Kinetics looks at the rate at which these reactions happen at the electrode surface, and the practical side of the field appears in Li-ion Battery Simulator and Battery Electrochemistry, which model how a real rechargeable battery stores and releases charge.
Found: 6 simulations · 0 articles
🧪 Simulations (6)
Facts about this collection
- 6 electrochemistry simulations are tagged here, covering both spontaneous and driven electrochemical reactions.
- Galvanic Cell and Electrolysis model opposite processes: one generates electricity from a reaction, the other uses electricity to drive one.
- Two simulations focus specifically on battery behavior: Li-ion Battery Simulator and Battery Electrochemistry.
- Nernst Equation — Galvanic Cell Potential Interactive Simulation ties cell voltage directly to concentration, the core equation of the field.
Simulations in this topic include Li-ion Battery Simulator, Nernst Equation — Galvanic Cell Potential Interactive Simulation, Electrode Kinetics, Electrolysis, Galvanic Cell and Battery Electrochemistry.
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