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What's new in the new NC? Doing hard maths at key stage 3 is what makes it interesting.

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Presentation on theme: "What's new in the new NC? Doing hard maths at key stage 3 is what makes it interesting."— Presentation transcript:

1 What's new in the new NC? Doing hard maths at key stage 3 is what makes it interesting. chris.olley@kcl.ac.uk chris@themathszone.co.uk www.themathszone.co.uk www.themathszone.com

2 What Craig Barton says: The new maths curriculum – in detail There is an increased level of challenge around the theory of number – achieved by introducing prime numbers and surds in KS3. (ed. Surds are not there!) You’ll find increased requirements for algebra, geometry and measures and ratios, proportion and rates of change – the three pillars for calculus at post-16 level. There are raised expectations for achievement in probability. Financial education has been reinforced with a focus on solving problems involving percentage increases and decreases, simple interest and repeated growth

3 What’s New KS3? (CJO) Aims: (i) fluent (ii) reason mathematically (iii) solve problems  appreciate the infinite nature of the sets of integers, real and rational numbers  expanding products of two or more binomials  model situations or procedures by translating them into algebraic expressions or formulae  … including piece-wise linear  recognise arithmetic sequences and … geometric sequences  interpret mathematical relationships both algebraically and geometrically  enumerate sets and unions/intersections of sets systematically, using tables, grids and Venn diagrams

4 What’s New KS4? (CJO) Aims: (i) fluent (ii) reason mathematically (iii) solve problems  set up appropriate algorithms and iterative procedures  understand and use algebraic arguments, relying on the multiplicative structure of number.  understand and use mathematical arguments  model simple contextual and subject-based problems algebraically  identify and interpret gradients, roots, intercepts, turning points graphically and numerically  solve velocity and acceleration problems … velocity/time graphs, and mechanics problems, such as those involving collisions and momentum.  solve growth and decay problems, such as financial mathematics problems with compound interest  use iterative methods to solve problems such as loan repayment  understand and use the concepts of instantaneous and average rate of change in graphical representations (chords and tangents), including with velocity and acceleration  calculate conditional probabilities … Venn diagrams  describe relationships in bivariate data … interpolate and extrapolate trends.

5 Fluency: Target Maths

6 Fluency Algebra Computer Algebra Systems

7 Reasoning: Proof

8 Solve Problems

9

10 GCSE Examination How have the exam boards chosen to interpret it? No steps in questions. No direct arithmetic or algebraic manipulation. All questions involve some problem solving. Only linear exams … a frown to early entry …therefore much harder.

11 Change  Rest What changes are you working on as a department to take account of: the new NC for KS3 NOW the move to the KS4 new NC for first exams in 2017


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