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French curriculum · Première · spécialité

Mathematics — French Première specialty

Complete pathway for the 2026 official French Première general mathematics specialty programme.

10 chapters170 cards

Start learningAbout this path

Your learning journey

Follow the suggested order, or jump to any chapter.

Jump to a chapter
  1. 1. Logic and sets
  2. 2. Algorithms and lists
  3. 3. Fluency
  4. 4. Sequences and discrete models
  5. 5. Quadratic functions
  6. 6. Differentiation and variation
  7. 7. Exponential and trigonometry
  8. 8. Dot product
  9. 9. Coordinate geometry
  10. 10. Probability and statistics

About this path

A structured path for understanding and practising the official Première générale mathematics specialty programme: algebra, analysis, geometry, probability-statistics, programming, and fluency.

Who is this for?

For students in Première générale taking the mathematics specialty in France.

Before you begin

  • Seconde numerical and algebraic foundations
  • Reading functions, intervals, and coordinates
  • Basic Python programs

What you will practise

  • Calculate and model with sequences and quadratic functions
  • Use derivatives, exponential functions, and trigonometry in problems
  • Solve dot-product and coordinate-geometry problems
  • Model random variables and conditional probabilities
  • Write and understand list and simulation algorithms

Curriculum and sources

Aligned with the arrêté of 26 February 2026, published in BO no. 14 on 2 April 2026 and applicable from the 2026–2027 school year. This track covers the specialty programme and does not merge the separate mathematics programme integrated into scientific education.

Common questions

Who is this track for?

Students in Première générale who chose mathematics as a specialty in France.

Does it follow the new 2026 programme?

Yes. It follows the official programme applicable from the 2026–2027 school year and records sources in every deck.

Which topics are covered?

Logic, programming and lists, fluency, sequences, quadratics, differentiation, exponential functions, trigonometry, dot products, coordinate geometry, probability, and statistics.

Must I study chapters in order?

The suggested order builds prerequisites, but you can open the chapter you need directly. Cards complement written problems, constructions, and running programs.