R3.1 Proton Transfer

IB DP Chemistry R3.1 L11 | Conjugate Strengths and the Relationship Ka × Kb = Kw | Lesson Walkthrough

Relate conjugate acid and base strengths using Ka, Kb and Kw.

IB DP Chemistry R3.1 L12 | Salt Hydrolysis and Predicting Solution pH | Lesson Walkthrough

Predict the pH of salt solutions using hydrolysis and acid-base equilibria.

IB DP Chemistry R3.1 L1 | Brønsted-Lowry Acids and Bases: Proton Transfer | Lesson Walkthrough

Define Brønsted-Lowry acids and bases and identify proton transfer in reactions.

IB DP Chemistry R3.1 L2 | Conjugate Acid-Base Pairs | Lesson Walkthrough

Identify conjugate acid-base pairs and track the changes in proton number and charge.

IB DP Chemistry R3.1 L3 | Amphiprotic Species: Acting as Acid and Base | Lesson Walkthrough

Explain amphiprotic behaviour and identify species that can both donate and accept protons.

IB DP Chemistry R3.1 L4 | The pH Scale: Moving Between pH and Hydrogen-Ion Concentration | Lesson Walkthrough

Convert between pH and hydrogen-ion concentration and interpret the logarithmic pH scale.

IB DP Chemistry R3.1 L5 | Water Equilibrium and the Ion Product Kw | Lesson Walkthrough

Use water equilibrium and the ion product Kw to relate hydrogen-ion and hydroxide-ion concentrations.

IB DP Chemistry R3.1 L6 | Strong and Weak Acids and Bases: Extent of Ionisation | Lesson Walkthrough

Compare strong and weak acids and bases through extent of ionisation and experimental evidence.