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GeoGebra
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Contour
Modeling with Complex Numbers
Introduction
Some History
Complex Numbers via Geometry
Basic Operations of Complex Numbers: What's My Rule?
Using Complex Numbers to Perform Transformations
Complex Number Self Checks!
Real-Valued Functions with Complex Roots
Modeling with Complex Numbers
Auteur :
Steve Phelps
Thème :
Nombres Complexes
,
Nombres
This is a GeoGebraBook for the Summer 2015 MAT Math Modeling Class.
Table des matières
Introduction
Nonagon Problem: Introduction
Some History
Impossible Quadratics
Friendly Cubics
Complex Numbers via Geometry
Complex Number Definition
Polar Form of a Complex Number
Basic Operations of Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Complex Numbers: What's My Rule?
Using Complex Numbers to Perform Transformations
Complex Numbers and Transformations
Complex Numbers and Transformations
Complex Numbers and Transformations
Complex Numbers and Transformations
Inversion
Inversion
Inversion
Complex Number Self Checks!
Activity 2
Real-Valued Functions with Complex Roots
Complex Roots and Quadriatic Graphs
Visualizing the Complex Roots of a Quadratic
Complex Roots and Cubic Graphs
Complex Roots and Quartic Graphs
Suivant
Nonagon Problem: Introduction
Nouvelles ressources
Use a matrix with its elements as functions
Untitled
bewijs stelling van Pythagoras
Vectors: Scalar Multiplication
רישום חופשי
Découvrir des ressources
Similar triangles 2
Law of Sines Ambiguous Case
Polynomial-constants of a cubic polynomial-function
MT3-04-P2a-XT1 Sine Ratio
cool colors
Découvrir des Thèmes
Diagrammes
Triangles Semblables
Addition
Triangles Scalènes
Quadrilatère Quelconque
