SL course

Mathematics: Applications and Interpretation SL

Statistics, modelling, functions, calculus, and technology-aware interpretation for Mathematics AI SL.

Guided practice pathways

Assessment routes built from the live skills in this course. Each pathway moves from the first decision students need to make toward the kind of source use, calculation, writing, or judgement that costs marks in real assessment.

Maths route

Statistics and probability

Build from recognition to method choice, representation, calculation, and interpretation.

  1. Interpret correlation and regression models Build · 15 variants · visual · AI feedback
  2. Interpret box plots and outliers Build · 15 variants · visual · AI feedback
  3. Calculate probability with diagrams Build · 15 variants · visual · AI feedback
  4. Use normal distributions in context Build · 20 variants · visual · AI feedback

A complete route checks both the result and the reasoning used to get there.

Start pathway
Maths route

Number and algebra

Build from recognition to method choice, representation, calculation, and interpretation.

  1. Use percentages and percentage change Core · 15 variants · visual · AI feedback
  2. Model compound interest Build · 20 variants · visual · AI feedback
  3. Work with arithmetic sequences Core · 15 variants · visual · AI feedback
  4. Use financial technology outputs Build · 15 variants · visual · AI feedback

A complete route checks both the result and the reasoning used to get there.

Start pathway
Maths route

Functions

Build from recognition to method choice, representation, calculation, and interpretation.

  1. Model with linear functions Core · 15 variants · visual · AI feedback
  2. Model with exponential functions Build · 20 variants · visual · AI feedback
  3. Interpret logarithmic scales Build · 15 variants · visual · AI feedback
  4. Use domain and range in models Build · 15 variants · visual · AI feedback

A complete route checks both the result and the reasoning used to get there.

Start pathway
Maths route

Geometry and trigonometry

Build from recognition to method choice, representation, calculation, and interpretation.

  1. Use right-triangle trigonometry in context Core · 15 variants · visual · AI feedback
  2. Use sine rule and cosine rule in context Build · 15 variants · visual · AI feedback
  3. Use coordinate geometry and distance Core · 15 variants · visual · AI feedback
  4. Use scale diagrams and bearings Build · 20 variants · visual · AI feedback

A complete route checks both the result and the reasoning used to get there.

Start pathway
Maths route

Calculus

Build from recognition to method choice, representation, calculation, and interpretation.

  1. Interpret average rate of change Core · 15 variants · visual · AI feedback
  2. Interpret instantaneous rate of change Build · 15 variants · visual · AI feedback
  3. Estimate area using numerical methods Build · 15 variants · visual · AI feedback
  4. Interpret accumulation from rates Build · 15 variants · visual · AI feedback

A complete route checks both the result and the reasoning used to get there.

Start pathway

Topics

Choose a topic to see the skills you can practise. Start with the area your class is studying now, or use the list to find weaker topics before a test or exam.

Statistics and probability Applied statistics, probability models, regression, technology interpretation, and data-based reasoning for Mathematics AI SL. Number and algebra Number skills, percentages, sequences, finance, and technology-aware algebra for Mathematics AI SL. Functions Linear, quadratic, exponential, and logarithmic models with graphical and contextual interpretation. Geometry and trigonometry Measurement, coordinate geometry, trigonometry, scale, and applied spatial reasoning. Calculus Rates of change, derivative interpretation, optimization, area, and accumulation in applied settings.