This area of study covers the representation, summary, and interpretation of univariate and bivariate data, including the use of statistics and the analysis of data distributions.
This area of study focuses on the use of recursion to model and analyse financial situations, including simple and compound interest, annuities, and reducing balance loans.
This area of study introduces matrices and their use in representing and solving problems involving networks, transitions, and other applications.
This area of study explores the use of networks to model and solve problems involving paths, flows, and connections, and introduces decision-making techniques.
This area of study covers the use of geometry and measurement to solve problems involving length, area, volume, similarity, and trigonometry.
This area of study extends the analysis of data, including the use of statistics for inference, confidence intervals, and hypothesis testing.
This area of study further develops the use of recursion and financial modelling, including more complex annuities, perpetuities, and loans.
This area of study continues the use of matrices to model and solve problems, including applications to Markov chains and transition matrices.
This area of study further develops the use of networks and decision mathematics, including more advanced algorithms and applications.
This area of study extends the use of geometry and measurement to solve more complex problems, including applications of similarity, trigonometry, and mensuration.
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