Year 10 Maths Homework Booklet – GCSE Foundation Core | Half Term 3 Graphs & Ratio

Take the planning and marking pressure out of Year 10 homework with a complete GCSE Foundation Core booklet for Half Term 3. It provides 12 structured homeworks, including a cumulative mastery checkpoint, with full answers, methods, AO guidance and examiner-style warnings.

The 29-page booklet develops connected mastery across linear graphs and y = mx + c; real-life conversion and distance–time graphs; ratio simplification, sharing and problem solving; direct and inverse proportion; unitary method, best buys and recipes; percentage change; reverse percentages; and compound interest.

Each homework is designed for approximately 25–35 minutes. There is no writing space, so pupils answer in an exercise book or on separate paper.

The sequence is informed by recurring issues identified in GCSE examiner reports and assessment guidance. It explicitly targets common misconceptions, including confusing gradient and intercept, reading horizontal distance–time sections as movement, dividing a total by each ratio number, comparing best buys without a common basis, and subtracting a percentage from the final value during reverse-percentage problems.

Each homework follows a consistent six-part structure:
IGNITE — retrieval and spaced practice
BUILD — current methods
DETECT — diagnose and correct misconceptions
PERFORM — GCSE-style application
STRETCH — reasoning and depth
REFLECT — focused metacognition

The Core edition supports independent work without excessive scaffolding while retaining purposeful reasoning and connected application. Ideal for low-preparation departmental homework, intervention or revision.

What’s included
• Year 10 GCSE Foundation Core Booklet 3 — Half Term 3
• 12 structured homeworks, including a cumulative checkpoint
• Graphs, ratio, proportion and percentage coverage
• Retrieval, spacing, interleaving and misconception-focused practice
• Complete answers, methods, AO labels and examiner-style warnings

Digital PDF download; no physical item is supplied.