Finance methods
Payslips, budgets, borrowing, saving, simple and compound interest, best buys and repayments.
National 5
Independent, exam-style Applications of Mathematics practice with realistic finance, statistics, measurement, speed, probability, graphs and planning contexts. Questions focus on multi-step reasoning, units, interpretation and sensible conclusions.
Each section opens into explanations, worked examples, guided practice, independent practice, checks and teacher-support links where available.
Progress is saved on this device only. No account is needed.
Use mixed revision for retrieval, worksheet packs for exam-style written practice, and homework for short independent consolidation.
Use these as quick method reminders before practice or mixed revision.
Payslips, budgets, borrowing, saving, simple and compound interest, best buys and repayments.
Journey planning, timetables, average speed and unit-aware speed, distance and time methods.
Map scales, plan drawings, measurement conversions, tolerance and sensible accuracy.
Averages, range, graph interpretation, standard deviation meaning and comparison language.
Reading axes, describing trends, rates of change and real-life relationship language.
Choosing methods, checking reasonableness, comparing options and writing conclusions in context.
Financial decisions using wages, deductions, budgets, interest, borrowing, and repayments.
Percentage change, reverse percentages, profit and loss, discounts, VAT, and interpreting outcomes.
Timetables, journey planning, time intervals, speed, distance, time, average speed, and minutes-to-hours conversion.
Unit conversions, scale drawings, maps, perimeter, area, volume, compound shapes, material costs and practical measurement choices.
Averages, range, graphs, tables, scattergraphs, and sample or population standard deviation in real data contexts.
Simple probability, complements, tables, probability scales, expected frequency and practical interpretation.
Reading graphs, interpreting gradients in context, and explaining real-life relationships.
Multi-step practical problems where pupils compare options, choose methods, and justify decisions.