Reaction Rates & Collision Theory

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دربارهٔ این شبیه‌سازی

Run a particle experiment, change temperature, concentration, surface area and catalyst, and compare conversion curves.

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Save a run without a catalyst. Add a catalyst: what changes in the curve and energy diagram?
Illustrative excess-reagent model: X=1−exp(−kt). Arrhenius kinetics use barriers of 50 or 45 kJ/mol; concentration and surface area scale k. Particle motion illustrates collisions rather than calculating them. This is an irreversible model, not an equilibrium solver.

اهداف یادگیری

1Save a run without a catalyst. Add a catalyst: what changes in the curve and energy diagram?

پرسش‌هایی که معلم‌ها می‌پرسند

Save a run without a catalyst. Add a catalyst: what changes in the curve and energy diagram?

The barrier falls and conversion becomes faster. Reactant and product energy levels and the final conversion stay the same.

About the model

Illustrative excess-reagent model: X=1−exp(−kt). Arrhenius kinetics use barriers of 50 or 45 kJ/mol; concentration and surface area scale k. Particle motion illustrates collisions rather than calculating them. This is an irreversible model, not an equilibrium solver.

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