VCE Specialist Unit 3 Skills () « back to units
The skills below are aligned with the VCE Specialist Mathematics Study Design 2023-2027. Skills are organised
into key areas: Logic & Proof Advanced, Functions & Graphs Advanced, Complex Numbers Advanced, Vectors in 3D, and Differential Calculus Advanced.
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Logic & Proof Advanced
- Induction: advanced sums/products
- Induction: matrix results
- Induction: divisibility (advanced)
- Induction: inequality chains
- Proof with complex numbers
- Proof with vectors
- Proof by contradiction (advanced)
- Geometric proofs using vectors
- Combinatorial proofs
- Epsilon-delta concepts
- Proof of De Moivre theorem
- Proof involving calculus
- Constructing multi-step proofs
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Functions & Graphs Advanced
- Rational functions (sketch and analyse)
- Partial fraction decomposition
- Graphs of rational functions
- Asymptotes (oblique/curvilinear)
- Reciprocal function graphs
- Modulus function and graphs
- Parametric curves
- Implicit relations
- Graph sketching: advanced techniques
- Domain and range (advanced)
- Function composition (advanced)
- Inverse functions (advanced)
- Piecewise functions
- Applications of functions
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Complex Numbers Advanced
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Vectors in 3D
- 3D vector notation and operations
- Magnitude in 3D
- Unit vectors in 3D
- Dot product in 3D
- Cross product
- Properties of cross product
- Scalar triple product
- Vector equations of lines in 3D
- Parametric equations of lines in 3D
- Cartesian equations of lines in 3D
- Skew, parallel, intersecting lines
- Vector equation of a plane
- Cartesian equation of a plane
- Normal vector to a plane
- Distance: point to plane
- Distance: point to line
- Intersection of planes
- Angle between planes
- Angle between line and plane
- Vector proofs in 3D
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Differential Calculus Advanced
Year 12 Semester 1
Unit 3 represents the pinnacle of Year 12 Semester 1 VCE Specialist Mathematics. These skills cover the most challenging and exam-critical topics.
What Makes Unit 3 Special?
Induction, contradiction, and multi-step proofs
De Moivre, roots of unity, and complex loci
Lines, planes, cross products, and 3D geometry
Implicit differentiation, related rates, and optimisation