Examples of connections

Explanation

Competence aims

  • formulate and solve problems through the use of computational thinking, different problem solving strategies, digital tools and programming
  • read and
    mathematical proofs and
    and
    proofs in relevant mathematical topics
  • identify variable quantities in different contexts, create formulas and
    these using digital tools
  • strategies for solving equations, systems of equations and inequalities, and argue for one’s thought processes
  • explain the difference between an identity, an equation, an algebraic expression and a function
  • relationships between quadratic equations, quadratic inequalities, quadratic functions and the binomial formulas, and
    these relationships in problem solving
  • model situations related to different topics,
    ,
    and explain the results and argue the validity of the models
  • read, extract and evaluate mathematics in relevant texts on various topics and
    relevant calculations and analyses of the results
  • and
    the properties of polynomial functions, rational functions, exponential functions and power functions
  • average and instantaneous growth rates in concrete examples and account for the derivative
  • explain polynomial division and
    it to rewrite algebraic expressions,
    functions and solve equations and inequalities
  • the definitions of sine, cosine and tangent and
    trigonometry to calculate the length, angles and area of arbitrary triangles
  • justify the area, sine and cosine rules
  • trigonometry to
    and solve complex theoretical and practical problems involving length, angles and area

Formative assessment

Assessment of coursework