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Stage 4 · Right-angled triangles (Pythagoras’ theorem) · Examine problems involving Pythagoras’ theorem · Topic: Geometry: shapes & angles · Year 7, 8

Justify whether a set of 3 integers is a Pythagorean triad

Dot point ID k-10-2022-stage-4-right-angled-triangles-pythagoras-theorem/rig-epi-stg4-04 · NESA code MA_K_10_CP_RIG_EPI_STG4_04 · See it on the NSW Curriculum website ↗

↩SupportBuild the prerequisite skills first · 0 resources ★EnrichExtension & rich tasks · 2 resources

Outcomes for this focus area (MA4-PYT-C-01)

MA4-PYT-C-01 applies Pythagoras’ theorem to solve problems in various contexts

Core resources for this dot point

On-level resources, grouped by type. Need the building blocks? Use Support. Ready for more? Use Enrich.

No checked core resources tagged to this exact dot point yet. See the focus area resources below.

Focus area resources

Checked resources for Right-angled triangles (Pythagoras’ theorem) as a whole (not mapped to a single dot point).

Unit/Planning
Stage 4 Unit 10 – investigating triangles (sample unit of learning)
NSW Department of Education · Sample unit (DOCX) · Editable document · Free · Link checked 2026-10-15 · Australian context, Editable, Teacher notes
Outcome codes found in document: MA4-EQU-C-01, MA4-PYT-C-01