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Linear Algebra
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Demonstrations 41 - 60 of 139
Phase Portraits, Eigenvectors, and EigenvaluesMatrix Representation of the Addition GroupThe Space of Inner ProductsLinear Transformations and Basic Computer GraphicsUsing Eigenvalues to Solve a First-Order System of Two Coupled Differential Equations
Phase Portraits, Eigenvectors, and Eigenvalues
Matrix Representation of the Addition Group
The Space of Inner Products
Linear Transformations and Basic Computer Graphics
Using Eigenvalues to Solve a First-Order System of Two Coupled Differential Equations
Numerical Range for Some Complex Upper Triangular MatricesHomogeneous System of Three Coupled, First-Order, Linear Differential EquationsFisher Discriminant AnalysisPrincipal Components2D Rotation Using Matrices
Numerical Range for Some Complex Upper Triangular Matrices
Homogeneous System of Three Coupled, First-Order, Linear Differential Equations
Fisher Discriminant Analysis
Principal Components
2D Rotation Using Matrices
Rotating Laser Sword in 3DChange the Dog: Transformations 2Change the Dog: Transformations 4Change the Dog: Transformations 3Exploring Surface Curvature and Differentials
Rotating Laser Sword in 3D
Change the Dog: Transformations 2
Change the Dog: Transformations 4
Change the Dog: Transformations 3
Exploring Surface Curvature and Differentials
50-Dimensional Complex SpaceEigenvalues and Linear Phase PortraitsXFT: An Improved Fast Fourier TransformXFT2D: A 2D Fast Fourier TransformEigenvectors by Hand
50-Dimensional Complex Space
Eigenvalues and Linear Phase Portraits
XFT: An Improved Fast Fourier Transform
XFT2D: A 2D Fast Fourier Transform
Eigenvectors by Hand

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