01 / QUICK RECAP
Connect the ideas.
- Name the angle fact used at each step.
- Enlarge distances from the stated centre; do not confuse scaling with translation.
- Angles and side ratios are invariant under enlargement; area scales by the square of the length factor.
- Use equal compass radii and justify the resulting equal distances.
- Trace geometric instructions in order, test varied cases, and support conclusions with reasons.
02 / PRACTICE TESTS
Put it together.
Choose a paper and show your working.
Geometry and transformations — Practice test 1
Angle reasoning, enlargement, constructions and geometric algorithms, building from short calculations to explanations.
16 questions · 47 marks · 55 minutes · By handGeometry and transformations — Practice test 2
A second mixed paper with algebraic angles, scale reasoning, construction checks and proof.
16 questions · 47 marks · 55 minutes · By handGeometry and transformations — Applications test
Use geometric reasoning to evaluate plans, repair procedures and justify constructions in practical situations.
16 questions · 54 marks · 60 minutes · By hand
Curriculum reference & lesson scope
Australian Curriculum v9 / South Australian Curriculum
Angle reasoning consolidation; enlargements using coordinates/digital geometry; invariant and changing properties; geometric constructions; sequences of steps and decisions; testing/refining construction algorithms; explaining geometric reasoning.
Official curriculum source ↗