Year 10 Mathematics

A science club compares two panel designs during a school fair. Different panel areas and sunlight durations are recorded. Each row describes a separate trial. Interactive graphs, numerical checking, written explanations and a response report.

A technology class tests two delivery-robot designs. For each trial, the class records the carried load, average speed and battery runtime. Interactive graphs, numerical checking, written explanations and a response report.

A design class compares two paper-glider designs in an indoor hall. Launches use a standard launcher. Wingspan, paper mass and flight distance are recorded. Interactive graphs, numerical checking, written explanations and a response report.

An enterprise class compares two stall formats across a series of trial events. Opening time, visitor count and revenue are recorded for each trial. Interactive graphs, numerical checking, written explanations and a response report.

A makerspace compares two printer settings. Model volume, layer count and printing duration are recorded. The settings are labelled Printer A and Printer B for this activity. Interactive graphs, numerical checking, written explanations and a response report.

The original five investigations as interactive units: plot data, draw two best-fit lines, estimate and evaluate, calculate statistics, and construct box plots. Each has 17 questions, saved progress and printable responses.

A science club compares two panel designs during a school fair. Different panel areas and sunlight durations are recorded. Each row describes a separate trial. Interactive graphs, numerical checking, written explanations and a response report.

A technology class tests two delivery-robot designs. For each trial, the class records the carried load, average speed and battery runtime. Interactive graphs, numerical checking, written explanations and a response report.

A design class compares two paper-glider designs in an indoor hall. Launches use a standard launcher. Wingspan, paper mass and flight distance are recorded. Interactive graphs, numerical checking, written explanations and a response report.

An enterprise class compares two stall formats across a series of trial events. Opening time, visitor count and revenue are recorded for each trial. Interactive graphs, numerical checking, written explanations and a response report.

A makerspace compares two printer settings. Model volume, layer count and printing duration are recorded. The settings are labelled Printer A and Printer B for this activity. Interactive graphs, numerical checking, written explanations and a response report.

Twenty scatter graphs where students draw the line of best fit with two clicks or iPad taps, then analyse direction, form, strength, clusters, outliers, predictions, and interpolation versus extrapolation.

An analytics scenario for the Rivercourt Ravens squad: read a 36-player scatter plot, explain the two men/women clusters, fit lines of best fit, interpolate vs extrapolate, identify three mystery players from incomplete data, then finish with mean/median/mode/range, quartiles, IQR, and a box-and-whisker plot. 8 staged sections, 48 questions, one correct step at a time.

A scaffolded learning unit covering the measurement-test question types: area equations and dimensions, surface-area faces, prism and cylinder volume, step solids, drilled blocks, and cylinder-cone composites. One question per page with retry-until-correct checking.

Four original interactive five-question tests covering areas, total surface area, volume, drilled blocks and cylinder-cone composites. Every subsection includes its equation, substitution and a structured working table.

Four original interactive 30-mark finance tests. Each version follows the assessment structure from percentage foundations through simple interest, compound tables, annual compounding, and monthly compounding.

Apothecary-style Semester 2 practice for yearly income conversion, compound-interest tables, and simple-versus-compound offer comparison. Equations only, one question per page.

Learning unit based on the finance assessment shapes: spot I/P/R/T for simple interest, Q6-style P+I repayments, Q7 compound substitution and calculation, Q8 formula choice and tables, Q9 compound tables, and Q10 compounding units.

Solving equations, inequalities, linear graphs, simultaneous equations, and algebraic word problems.

A CSV-driven, diagram-heavy unit on identifying solution points, graph types, substitution, elimination, and worded systems before solving.

Apothecary-style exam prep for graph-proof and worded-modelling simultaneous equations, with fresh worked models and ten original practice questions for each.

A magician's workshop where equations are incantations. Strike each glowing plaque to cast its inverse across the equals sign.

Quick equation-solving refresher using balance lines, inverse operations, multi-step equations, and variables on both sides.

Advanced protection-box algebra with nested operations, squares, square roots, cube roots, and two-solution equations.

A diagram-heavy straight-line graphs unit built from the Test 2 concept map: distance-time graphs, gradients, intercepts, sketching, CSV data, linear models, and parallel/perpendicular lines, plus five original practice tests.

Focused mini-lesson for finding equations of lines parallel or perpendicular to a given line through a point, with 10 original practice questions for each skill, diagrams, LLL, and saved progress.

Linear graphs step-by-step: substitution, intercepts, plotting, gradients, and real-world problems.

Ten original Apothecary-style questions on missing angles, missing lengths, and symmetrical support-cable problems. One question per page with diagrams and a degree-mode scientific calculator.

LLL right-triangle foundations: 30 Pythagoras side clicks, missing-long and missing-short triple drills, 20 mixed Pythagoras questions, then trig side names and SOH CAH TOA ratio choices.

Five original Pythagoras-only test versions. One question per page with diagrams, answer checking, model working, and a consistent 40-mark test shape across versions A-E.

Three original Apothecary-style test versions. Each starts with the worded angle-of-elevation question type, then moves through side lengths, angles, Pythagoras, and mixed trig. One question per page.

LLL trig calculation lesson: 20 typed sin/cos/tan ratio choices, 20 missing-side questions with multiple-choice working then calculator answer, and 20 missing-angle questions using inverse trig.

LLL inverse trigonometry lesson: students name adjacent, opposite, and hypotenuse from a referred angle, choose the correct ratio, select the inverse-trig working, then calculate the angle.

20 questions in the format of the "luggage provisions" question — a real-world scenario with two main categories, a binary common decision, and a few restrictions. For each you count valid outcomes (a), compute a marginal probability (b)(i), then a conditional probability (b)(ii). Q1 is a fully worked walkthrough; scaffolding fades through Q5; Q6–20 are independent practice. Accepts fractions or decimals.

End-of-semester revision: three timed scaffolded trials covering linear graphs, coordinate geometry, compound interest, probability, and quadratics.

Web-ready version of the Year 10 revision book using Firebase Realtime Database for live sessions.

A second version of the Revision Book with the same layout and a fresh set of timed questions across linear graphs, coordinate geometry, probability, inequalities, Venn reasoning, and algebra fluency.

Trigonometry · Financial Maths · Measurement · Statistics — atomised from Year 7 foundations.

Trigonometry · Financial Maths · Measurement · Statistics — construction & building contexts.

Trigonometry · Financial Maths · Measurement · Statistics — atomised from Year 7 foundations.

Trigonometry · Financial Maths · Measurement · Statistics — atomised from Year 7 foundations.

Trigonometry · Financial Maths · Measurement · Statistics — atomised from Year 7 foundations.