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Use of GeoGebra in Further Maths: examples
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1. Complex numbers
- The graph of the completed square form of a quadratic
- Locus in the complex plane: |z-w|=k
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2. Matrices
- Matrix Transformations
- Rotation Matrix
- Invariant lines of matrix transformations
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3. Roots of polynomials
- Roots of a cubic: α, β, γ (real)
- Roots of a cubic: α, β, γ
- Roots of related cubics: α+k, β+k, γ+k
- Roots of related cubics: kα, kβ, kγ
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4. 3D Vector Geometry
- Vector equation of a line in 3D
- Skew lines: finding the distance (dot product)
- Skew lines: finding the distance (cross product)
- 3 planes: unique point of intersection
- 3 planes: 2 parallel
- 3 planes: 3 parallel
- 3 planes: prism
- 3 planes: sheaf
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5. Polar curves
- Polar curve: r = a + b cosθ
- Area under polar curves
- Polar curves: wrapping a function around the pole
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6. Differential equations
- 2nd order differential equations
- Second Order Linear DE solver
- Coupled Differential Equations
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7. Student Tasks
- Student tasks for using GeoGebra
- Construction problems
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Use of GeoGebra in Further Maths: examples
GeoGebra Institute of MEI, Feb 21, 2018

Table of Contents
- Complex numbers
- The graph of the completed square form of a quadratic
- Locus in the complex plane: |z-w|=k
- Matrices
- Matrix Transformations
- Rotation Matrix
- Invariant lines of matrix transformations
- Roots of polynomials
- Roots of a cubic: α, β, γ (real)
- Roots of a cubic: α, β, γ
- Roots of related cubics: α+k, β+k, γ+k
- Roots of related cubics: kα, kβ, kγ
- 3D Vector Geometry
- Vector equation of a line in 3D
- Skew lines: finding the distance (dot product)
- Skew lines: finding the distance (cross product)
- 3 planes: unique point of intersection
- 3 planes: 2 parallel
- 3 planes: 3 parallel
- 3 planes: prism
- 3 planes: sheaf
- Polar curves
- Polar curve: r = a + b cosθ
- Area under polar curves
- Polar curves: wrapping a function around the pole
- Differential equations
- 2nd order differential equations
- Second Order Linear DE solver
- Coupled Differential Equations
- Student Tasks
- Student tasks for using GeoGebra
- Construction problems
The graph of the completed square form of a quadratic
Vary the sliders to change b and c in y=x²+bx+c.


Matrix Transformations
Vary the points A' and B' to change the matrix M.


Roots of a cubic: α, β, γ (real)
Drag the points , and to vary the function.


Vector equation of a line in 3D


Polar curve: r = a + b cosθ

2nd order differential equations


Student tasks for using GeoGebra
A set of student tasks are available at: https://mei.org.uk/resource/ab80a69d-e6fd-4954-9d46-08d9d6b4f934/
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