Lesson Walkthrough

IB DP Chemistry R2.2 L9 | Kinetics Evidence Lab | Lesson Walkthrough

Plan controlled rate comparisons and build conclusions supported by experimental evidence and particle explanations.

IB DP Chemistry R2.2 L10 | Multistep Mechanisms and the Rate-Determining Step | Lesson Walkthrough

Evaluate multistep reaction mechanisms, identify intermediates and catalysts, and reason about rate-determining steps.

IB DP Chemistry R2.2 L11 | Multistep Energy Profiles and Molecularity | Lesson Walkthrough

Interpret multistep energy profiles, activation barriers and molecularity.

IB DP Chemistry R2.2 L12 | Deducing Rate Equations from Experimental Data | Lesson Walkthrough

Deduce reaction orders and rate equations from experimental initial-rate data.

IB DP Chemistry R2.2 L13 | Reaction Order from Graphs | Lesson Walkthrough

Use rate and concentration-time graphs to identify reaction orders and interpret half-lives.

IB DP Chemistry R2.2 L14 | Rate Constants, Units and Rate-Equation Calculations | Lesson Walkthrough

Calculate rate constants and their units, use rate equations and assess consistency across experimental data.

IB DP Chemistry R2.2 L15 | The Arrhenius Equation | Lesson Walkthrough

Use Arrhenius plots and temperature-dependent rate constants to calculate activation energy.

IB DP Chemistry R2.2 L4 | Rate Factors I | Lesson Walkthrough

Investigate concentration, pressure and surface area while identifying and controlling experimental variables.

IB DP Chemistry R2.2 L5 | Why Temperature Changes Rate So Strongly | Lesson Walkthrough

Explain why temperature changes reaction rates, distinguishing collision frequency from the fraction of successful collisions.

IB DP Chemistry R2.2 L6 | Activation Energy and Maxwell–Boltzmann Distributions | Lesson Walkthrough

Construct and interpret Maxwell–Boltzmann energy distributions and explain the role of activation energy.