Outline: Binomial theorem and polynomials; Quadratic polynomials: real roots and complex roots; Finding roots and discriminants; Quadratic functions: parabolic graphs, extremum; Complex numbers in XY plane; ...

Outline: Definition, parts and properties of an ellipse; Constructing an ellipse by using Arcs of Circle method; Changing the appearance of an ellipse; The standard equation of an ellipse, (x-h)^2/a^2+(y-k)^2/b^2=1; ...

Outline: Define a vector; Change the Font Size using Options menu; Magnitude and direction of a vector; Relation between vectors and a parallelogram; Arithmetic operations on vectors; To create a matrix; ...

Outline: Imaginary number, i = sqrt (-1); Complex numbers in XY plane; Complex numbers in complex plane; Quadratic polynomials and parabolic functions; Creating sliders, a, b and c, to look at different quadratic ...

Outline: Definition, parts and properties of a hyperbola; Constructing a hyperbola; Changing the appearance of a hyperbola; The standard equation of a hyperbola, (x-h)^2/a^2-(y-k)^2/b^2=1; The standard equation ...

Outline: Definition, parts and properties of a parabola; Constructing a parabola; Changing the appearance of a parabola; The standard equation of a parabola, (x-a)^2 = 4p (y-b) ; The standard equation of a parabola, ...

Outline: We will use GeoGebra to: Construct a circle of variable radius; Contruct a right triangle inside a unit circle; Create a slider to change angle in right triangle; Change properties (labels, colors and ...

Outline: The concept of a unit circle; Conversion of degrees into radians; Creation of a slider to change angle alpha; Changing the appearance of graphs; Sine function; Cosine function; Tangent function; ...

Outline: Creation of a slider to change angle alpha; Inverse trigonometric functions; Inverse trigonometric functions versus trigonometric functions; Sine function; Inverse sine function; Tangent function; ...