QCAA General Maths EA study plan

Map every Unit 3 topic into a one-page formula and concept sheet, writing each rule from memory before checking it

Solve 20 bivariate data problems on scatterplots, correlation direction and strength, and least-squares line interpretation

Compute and interpret the correlation coefficient and coefficient of determination for at least 5 real data sets

Classify 15 variables as numerical or categorical and choose appropriate displays for each type

Construct and interpret time-series plots, identifying trend, seasonality, and outliers in 10 data sets

Calculate and interpret seasonal indices, then deseasonalise data and forecast with a trend line

Distinguish interpolation from extrapolation and justify when a forecast is unreliable

Complete 15 mixed questions on data displays, summary statistics, and comparing distributions

Apply the normal distribution to compute z-scores, proportions, and inverse problems in 20 exercises

Solve 15 probability problems using two-way tables, tree diagrams, and conditional probability notation

Determine expected value and variance for simple discrete random variables

Explain in writing how the empirical rule links to normal model probabilities

Revisit every missed Unit 3 question and rewrite each solution correctly without notes

Complete two timed Unit 3 practice papers under exam conditions

Identify the three weakest Unit 3 subtopics from error patterns and drill 10 questions on each

Summarise Unit 3 in a two-page revision card using only headings and worked examples

Build a Unit 4 formula sheet covering sequences, series, and recurrence relations from memory

Generate arithmetic and geometric sequences, and solve for terms, common difference, and common ratio in 20 problems

Apply recurrence relations of the form t(n+1) = a*t(n) + b to model growth and decay situations

Compute sums of arithmetic and geometric series and interpret them in context

Model real situations with recurrence relations and solve for unknown parameters in 15 problems

Graph and interpret recurrence-generated sequences, describing long-term behaviour and equilibrium

Apply simple and compound interest, depreciation, and annuities using sequences and series

Solve 12 finance problems involving present and future value and effective interest rates

Complete two full-length mixed practice papers spanning both units under timed conditions

Re-solve every incorrect response from weeks 1 to 6 and confirm each method from scratch

Practise exam technique: allocate time per question, show required working, and check units and rounding

Compile a personal error list of recurring mistakes and the rule that prevents each one

Review both revision cards and formula sheets daily, reciting key formulas from memory

Complete one final timed paper and target at least 80% overall

Drill the five weakest subtopics across both units with 10 questions each

Write a short exam-day plan covering timing, calculator use, and checking strategy