When: Weekly Thursdays, 4:30pm-5:30pm
Commencing Thursday 12th November
Week 1: 12th November: Graph Theory & Eulerian Paths
Focus: Networks, vertex degrees, planarity, and solving the Seven Bridges of Königsberg problem.
Week 2: 19th November: The Art of Logic & Deduction
Focus: Truth tables, Knights & Knaves logical paradoxes, counter-examples, and formal logical implication.
Week 3: 26th November: Map Colouring & Planar Embeddings
Focus: Planar graphs, region boundaries, and exploring the visual proof of the Four-Colour Theorem.
Week 4: 3rd December: Visual Geometry & Invariants
Focus: Area-preserving dissections, geometric visual proofs, and angle-chasing invariants in regular polygons.
Week 5: 10th December: Set Theory & Infinite Sets
Focus: Set notation, Venn diagram logic, and exploring infinite sets via Hilbert’s Grand Hotel Paradox.
Week 6: 17th December: UKMT Junior Challenge Tactics & Logic
Focus: Rapid pattern-spotting, logical elimination strategies, and solving non-standard UKMT Junior Mathematical Challenge questions.
When: Weekly Thursdays, 4:30pm-5:30pm
Commencing Thursday 12th November
Week 1: 12th November: Graph Theory & Eulerian Paths
Focus: Networks, vertex degrees, planarity, and solving the Seven Bridges of Königsberg problem.
Week 2: 19th November: The Art of Logic & Deduction
Focus: Truth tables, Knights & Knaves logical paradoxes, counter-examples, and formal logical implication.
Week 3: 26th November: Map Colouring & Planar Embeddings
Focus: Planar graphs, region boundaries, and exploring the visual proof of the Four-Colour Theorem.
Week 4: 3rd December: Visual Geometry & Invariants
Focus: Area-preserving dissections, geometric visual proofs, and angle-chasing invariants in regular polygons.
Week 5: 10th December: Set Theory & Infinite Sets
Focus: Set notation, Venn diagram logic, and exploring infinite sets via Hilbert’s Grand Hotel Paradox.
Week 6: 17th December: UKMT Junior Challenge Tactics & Logic
Focus: Rapid pattern-spotting, logical elimination strategies, and solving non-standard UKMT Junior Mathematical Challenge questions.