IB Chemistry · · 7 min read
Electrolytic Cells Explained Simply for IB Chemistry
IB Chemistry electrolytic cells explained simply: anode vs cathode, electron flow, molten vs aqueous electrolysis, and exam tips for IB students.
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IB Chemistry · · 7
IB Chemistry: What Are Transition Metals?
IB Chemistry guide to transition metals: definition, d-block location, electron configs, colored ions, catalysts, and oxidation states for exams.
IB Chemistry · · 7
IB Chemistry: Gibbs Free Energy Explained Simply
IB Chemistry guide to Gibbs free energy (ΔG): learn ΔG = ΔH - TΔS, spontaneity cases, exam shortcuts, and common unit mistakes to avoid.
IB Chemistry · · 8
Vapor Pressure Explained for IB Chemistry
IB Chemistry vapor pressure explained clearly: equilibrium, temperature, boiling point, and intermolecular forces, plus exam tips and RevisionDojo links.
IB Chemistry · · 6
IB Chemistry: Allotropes of Carbon Explained
IB Chemistry guide to carbon allotropes: diamond vs graphite, structures, properties, uses, and exam tips with RevisionDojo practice links.
IB Chemistry · · 8
Raoult’s Law Explained for IB Chemistry
IB Chemistry guide to Raoult’s Law: vapor pressure, mole fraction, ideal vs real solutions, deviations, and exam tips with RevisionDojo practice.
IB Chemistry · · 8
IB Chemistry: Why Transition Metals Form Colored Compounds
IB Chemistry guide to why transition metals form colored compounds: d-orbital splitting, ligands, oxidation states, and exam-ready explanations.
IB Chemistry · · 8
IB Chemistry: Solute vs Solvent Explained Simply
IB Chemistry solute vs solvent explained simply, with examples, polarity tips, and exam checklists to boost your solution questions fast.
IB Chemistry · · 7
IB Chemistry: Activated Complex Explained Simply
IB Chemistry guide to the activated complex (transition state): how it forms, where it sits on energy profiles, and how catalysts lower Ea for exams.
IB Chemistry · · 7
IB Chemistry: Radical Substitution Explained
IB Chemistry radical substitution explained with initiation, propagation, and termination steps, exam tips, and RevisionDojo links for targeted practice.
IB Chemistry · · 7
IB Chemistry: Standard Electrode Potential Explained
IB Chemistry guide to standard electrode potential (E°): standard conditions, SHE, redox direction, and E°cell tips to score higher in exams.
IB Chemistry · · 4
Crystal Field Splitting Explained
Learn what crystal field splitting is, how d-orbitals split in transition metal complexes, and why this produces color in IB Chemistry.
IB Chemistry · · 7
IB Chemistry: Lattice Enthalpy, Simply Explained
IB Chemistry lattice enthalpy explained with clear definitions, Born-Haber logic, trends, and exam tips. Master energetics faster with RevisionDojo.
IB Chemistry · · 7
Reducing Agents Explained for IB Chemistry (Fast + Clear)
IB Chemistry reducing agents explained clearly: electron donation, half-equations, E° trends, organic reductions, cells, and exam traps + practice links.
IB Chemistry · · 7
IB Chemistry: Conjugate Acid-Base Pairs Explained
IB Chemistry guide to conjugate acid-base pairs: quick identification tricks, key examples, buffers, and exam pitfalls for IB students.
IB Chemistry · · 7
Electrolysis Explained for IB Chemistry (Fast + Clear)
IB Chemistry electrolysis explained simply: anode vs cathode, molten vs aqueous rules, Faraday calculations, and exam traps with RevisionDojo.
IB Chemistry · · 8
IB Chemistry: Electron Affinity Explained Simply
IB Chemistry guide to electron affinity explained simply: definition, exothermic vs endothermic, trends, halogen exceptions, and exam tips.
IB Chemistry · · 8
IB Chemistry: Deposition Explained Simply
IB Chemistry deposition made simple: learn gas-to-solid change, why it’s exothermic, how triple point matters, plus exam tips and examples.
IB Chemistry · · 8
IB Chemistry Guide to Biodegradable Polymers
IB Chemistry guide to biodegradable polymers: what they are, how they break down, key examples (PLA, PHA, PCL), pitfalls, and exam tips.
IB Chemistry · · 8
Functional Groups Made Simple for IB Chemistry
IB Chemistry functional groups explained clearly: how to spot them fast, predict reactions, and revise smarter with exam-focused practice tools.
IB Chemistry · · 8
IB Chemistry: Nuclear Fusion Explained Simply
IB Chemistry nuclear fusion explained simply: reactions, why energy is released, stars vs reactors, and exam-ready misconceptions with RevisionDojo.
IB Chemistry · · 7
IB Chemistry Ionic Equations Explained Simply
IB Chemistry ionic equations made simple: learn molecular vs ionic vs net ionic, spectator ions, and exam-ready steps with examples and practice tips.
IB Chemistry · · 7
IB Chemistry: Equivalence Point in Titrations Explained
IB Chemistry guide to the equivalence point: what it means, how it differs from endpoint, and how to read titration curves and choose indicators.
IB Chemistry · · 7
IB Chemistry: Chiral Centres Explained Simply
IB Chemistry chiral centres explained simply: learn how to spot a chiral carbon, avoid common traps, and revise stereochemistry faster for exams.
