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CHEM II
Exam 2 - Integrated Rate Laws / Differential Rate Laws
| Order & Law Equation | Equation |
|---|---|
| Zero Order Integrated | [A] _t = -kt + [A]₀ (slope = -k ; x=time , y=[A]) |
| First Order Integrated | ln( [A]_t / [A]₀) = -kt (slope = -k ; x=time , y=ln[A]) |
| Second Order Integrated | 1 / [A]_t = kt + 1/[A]₀ (slope = k ; x=time , y=1/[A]_t) |
| Integrated Rate Laws | relationship between concentrations of reactants over time |
| Zero Order Differential | Rate = k[A]° = k (rate of reaction is independent of [A]) |
| First Order Differential | Rate = k[A] ¹ (rate is proportional to [A]) |
| Second Order Differential | Rate = k[A]² (rate is directly proportional to the square of [A]) |
| Differential Rate Laws | relationship between reactant concentration and reaction rate |