DesireCourse Com Udemy Complete linear algebra theory and implementation

DesireCourse Com Udemy Complete linear algebra theory and implementation

Name	[DesireCourse.Com] Udemy - Complete linear algebra theory and implementation	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	6.9 GB
Total Files	453
Last Seen	2025-06-09 23:49
Hash	89458AD29AB4FB99987543C3CC104EA40D8D5087

/1. Introductions/
1. What is linear algebra.mp4	68.0 MB
1. What is linear algebra.srt	10.2 KB
1. What is linear algebra.vtt	9.1 KB
2. Linear algebra applications.mp4	31.0 MB
2. Linear algebra applications.srt	7.6 KB
2. Linear algebra applications.vtt	6.8 KB
3. How best to learn from this course.mp4	28.3 MB
3. How best to learn from this course.srt	5.8 KB
3. How best to learn from this course.vtt	5.2 KB
4. Using MATLAB, Octave, or Python in this course.mp4	22.2 MB
4. Using MATLAB, Octave, or Python in this course.srt	5.1 KB
4. Using MATLAB, Octave, or Python in this course.vtt	4.6 KB
5. Leaving reviews, course coupons.mp4	18.7 MB
5. Leaving reviews, course coupons.srt	3.0 KB
5. Leaving reviews, course coupons.vtt	2.8 KB
/10. Projections and orthogonalization/
1. Exercises + code.html	0.1 KB
1.1 linalg_projorth.zip.zip	295.2 KB
2. Projections in R^2.mp4	54.9 MB
2. Projections in R^2.srt	12.6 KB
2. Projections in R^2.vtt	11.0 KB
3. Projections in R^N.mp4	79.2 MB
3. Projections in R^N.srt	18.2 KB
3. Projections in R^N.vtt	15.9 KB
4. Orthogonal and parallel vector components.mp4	49.7 MB
4. Orthogonal and parallel vector components.srt	14.5 KB
4. Orthogonal and parallel vector components.vtt	12.8 KB
5. Code challenge decompose vector to orthogonal components.mp4	49.9 MB
5. Code challenge decompose vector to orthogonal components.srt	10.7 KB
5. Code challenge decompose vector to orthogonal components.vtt	9.3 KB
6. Orthogonal matrices.mp4	58.1 MB
6. Orthogonal matrices.srt	17.4 KB
6. Orthogonal matrices.vtt	15.3 KB
7. Gram-Schmidt and QR decomposition.mp4	70.9 MB
7. Gram-Schmidt and QR decomposition.srt	20.2 KB
7. Gram-Schmidt and QR decomposition.vtt	17.6 KB
8. Matrix inverse via QR decomposition.mp4	14.0 MB
8. Matrix inverse via QR decomposition.srt	2.9 KB
8. Matrix inverse via QR decomposition.vtt	2.5 KB
9. Code challenge Inverse via QR.mp4	50.2 MB
9. Code challenge Inverse via QR.srt	9.5 KB
9. Code challenge Inverse via QR.vtt	8.3 KB
/11. Least-squares for model-fitting in statistics/
1. Exercises + code.html	0.1 KB
1.1 linalg_leastsquares.zip.zip	323.0 KB
2. Introduction to least-squares.mp4	112.0 MB
2. Introduction to least-squares.srt	16.9 KB
2. Introduction to least-squares.vtt	14.9 KB
3. Least-squares via left inverse.mp4	51.5 MB
3. Least-squares via left inverse.srt	13.1 KB
3. Least-squares via left inverse.vtt	11.5 KB
4. Least-squares via orthogonal projection.mp4	36.4 MB
4. Least-squares via orthogonal projection.srt	10.0 KB
4. Least-squares via orthogonal projection.vtt	8.8 KB
5. Least-squares via row-reduction.mp4	49.2 MB
5. Least-squares via row-reduction.srt	13.5 KB
5. Least-squares via row-reduction.vtt	11.9 KB
6. Model-predicted values and residuals.mp4	32.4 MB
6. Model-predicted values and residuals.srt	8.5 KB
6. Model-predicted values and residuals.vtt	7.5 KB
7. Least-squares application 1.mp4	85.3 MB
7. Least-squares application 1.srt	15.4 KB
7. Least-squares application 1.vtt	13.5 KB
8. Least-squares application 2.mp4	139.8 MB
8. Least-squares application 2.srt	23.6 KB
8. Least-squares application 2.vtt	20.7 KB
/12. Eigendecomposition/
1. Exercises + code.html	0.0 KB
1.1 linalg_eig.zip.zip	309.8 KB
10. Matrix powers via diagonalization.mp4	104.4 MB
10. Matrix powers via diagonalization.srt	20.5 KB
10. Matrix powers via diagonalization.vtt	17.8 KB
11. Eigenvectors of distinct eigenvalues.mp4	58.5 MB
11. Eigenvectors of distinct eigenvalues.srt	11.1 KB
11. Eigenvectors of distinct eigenvalues.vtt	9.7 KB
12. Eigenvectors of repeated eigenvalues.mp4	67.9 MB
12. Eigenvectors of repeated eigenvalues.srt	15.2 KB
12. Eigenvectors of repeated eigenvalues.vtt	13.2 KB
13. Eigendecomposition of symmetric matrices.mp4	77.4 MB
13. Eigendecomposition of symmetric matrices.srt	18.6 KB
13. Eigendecomposition of symmetric matrices.vtt	16.2 KB
14. Eigendecomposition of singular matrices.mp4	16.5 MB
14. Eigendecomposition of singular matrices.srt	5.4 KB
14. Eigendecomposition of singular matrices.vtt	4.8 KB
15. Code challenge trace and determinant, eigenvalues sum and product.mp4	25.3 MB
15. Code challenge trace and determinant, eigenvalues sum and product.srt	7.1 KB
15. Code challenge trace and determinant, eigenvalues sum and product.vtt	6.2 KB
16. Generalized eigendecomposition.mp4	64.9 MB
16. Generalized eigendecomposition.srt	13.7 KB
16. Generalized eigendecomposition.vtt	12.0 KB
2. What are eigenvalues and eigenvectors.mp4	89.7 MB
2. What are eigenvalues and eigenvectors.srt	17.4 KB
2. What are eigenvalues and eigenvectors.vtt	15.4 KB
3. Finding eigenvalues.mp4	76.7 MB
3. Finding eigenvalues.srt	19.9 KB
3. Finding eigenvalues.vtt	17.3 KB
4. Shortcut for eigenvalues of a 2x2 matrix.mp4	9.1 MB
4. Shortcut for eigenvalues of a 2x2 matrix.srt	2.5 KB
4. Shortcut for eigenvalues of a 2x2 matrix.vtt	2.2 KB
5. Code challenge eigenvalues of diagonal and triangular matrices.mp4	26.9 MB
5. Code challenge eigenvalues of diagonal and triangular matrices.srt	7.2 KB
5. Code challenge eigenvalues of diagonal and triangular matrices.vtt	6.2 KB
6. Code challenge eigenvalues of random matrices.mp4	41.6 MB
6. Code challenge eigenvalues of random matrices.srt	8.4 KB
6. Code challenge eigenvalues of random matrices.vtt	7.3 KB
7. Finding eigenvectors.mp4	68.0 MB
7. Finding eigenvectors.srt	15.4 KB
7. Finding eigenvectors.vtt	13.6 KB
8. Eigendecomposition by hand two examples.mp4	54.3 MB
8. Eigendecomposition by hand two examples.srt	14.5 KB
8. Eigendecomposition by hand two examples.vtt	12.6 KB
9. Diagonalization.mp4	49.7 MB
9. Diagonalization.srt	12.8 KB
9. Diagonalization.vtt	11.2 KB
/13. Singular value decomposition/
1. Exercises + code.html	0.0 KB
1.1 linalg_svd.zip.zip	338.9 KB
10. Code challenge Create matrix with desired condition number.mp4	82.5 MB
10. Code challenge Create matrix with desired condition number.srt	15.0 KB
10. Code challenge Create matrix with desired condition number.vtt	13.1 KB
2. Singular value decomposition (SVD).mp4	78.0 MB
2. Singular value decomposition (SVD).srt	15.9 KB
2. Singular value decomposition (SVD).vtt	14.0 KB
3. Code challenge SVD vs. eigendecomposition for square symmetric matrices.mp4	83.0 MB
3. Code challenge SVD vs. eigendecomposition for square symmetric matrices.srt	16.0 KB
3. Code challenge SVD vs. eigendecomposition for square symmetric matrices.vtt	13.9 KB
4. SVD and the four subspaces.mp4	39.3 MB
4. SVD and the four subspaces.srt	9.6 KB
4. SVD and the four subspaces.vtt	8.4 KB
5. Spectral theory of matrices.mp4	122.2 MB
5. Spectral theory of matrices.srt	15.6 KB
5. Spectral theory of matrices.vtt	13.7 KB
6. SVD for low-rank approximations.mp4	70.9 MB
6. SVD for low-rank approximations.srt	13.4 KB
6. SVD for low-rank approximations.vtt	11.7 KB
7. Convert singular values to percent variance.mp4	76.5 MB
7. Convert singular values to percent variance.srt	14.9 KB
7. Convert singular values to percent variance.vtt	13.0 KB
8. SVD, matrix inverse, and pseudoinverse.mp4	52.2 MB
8. SVD, matrix inverse, and pseudoinverse.srt	12.0 KB
8. SVD, matrix inverse, and pseudoinverse.vtt	10.6 KB
9. Condition number of a matrix.mp4	55.6 MB
9. Condition number of a matrix.srt	10.7 KB
9. Condition number of a matrix.vtt	9.4 KB
/14. Quadratic form and definiteness/
1. Exercises + code.html	0.1 KB
1.1 linalg_quadformDefinite.zip.zip	270.8 KB
10. Proof A^TA is always positive (semi)definite.mp4	32.9 MB
10. Proof A^TA is always positive (semi)definite.srt	8.0 KB
10. Proof A^TA is always positive (semi)definite.vtt	7.1 KB
2. The quadratic form in algebra.mp4	69.2 MB
2. The quadratic form in algebra.srt	15.1 KB
2. The quadratic form in algebra.vtt	13.3 KB
3. The quadratic form in geometry.mp4	67.8 MB
3. The quadratic form in geometry.srt	15.0 KB
3. The quadratic form in geometry.vtt	13.2 KB
4. The normalized quadratic form.mp4	33.3 MB
4. The normalized quadratic form.srt	8.1 KB
4. The normalized quadratic form.vtt	7.1 KB
5. Code challenge Visualize the normalized quadratic form.mp4	85.3 MB
5. Code challenge Visualize the normalized quadratic form.srt	14.0 KB
5. Code challenge Visualize the normalized quadratic form.vtt	12.3 KB
6. Eigenvectors and the quadratic form surface.mp4	47.5 MB
6. Eigenvectors and the quadratic form surface.srt	7.3 KB
6. Eigenvectors and the quadratic form surface.vtt	6.5 KB
7. Application of the normalized quadratic form PCA.mp4	137.3 MB
7. Application of the normalized quadratic form PCA.srt	20.9 KB
7. Application of the normalized quadratic form PCA.vtt	18.4 KB
8. Quadratic form of generalized eigendecomposition.mp4	68.5 MB
8. Quadratic form of generalized eigendecomposition.srt	12.7 KB
8. Quadratic form of generalized eigendecomposition.vtt	11.2 KB
9. Matrix definiteness, geometry, and eigenvalues.mp4	55.6 MB
9. Matrix definiteness, geometry, and eigenvalues.srt	10.4 KB
9. Matrix definiteness, geometry, and eigenvalues.vtt	9.1 KB
/15. Discount coupons for related courses/
1. Bonus Links to related courses.html	2.3 KB
/2. Vectors/
1. Exercises + code.html	0.1 KB
1.1 linalg_vectors.zip.zip	394.4 KB
10. Vector orthogonality.html	0.1 KB
11. Relative vector angles.html	0.1 KB
12. Code challenge dot product sign and scalar multiplication.mp4	47.0 MB
12. Code challenge dot product sign and scalar multiplication.srt	14.8 KB
12. Code challenge dot product sign and scalar multiplication.vtt	12.9 KB
13. Code challenge is the dot product commutative.mp4	28.9 MB
13. Code challenge is the dot product commutative.srt	9.5 KB
13. Code challenge is the dot product commutative.vtt	8.3 KB
14. Vector Hadamard multiplication.mp4	12.7 MB
14. Vector Hadamard multiplication.srt	3.1 KB
14. Vector Hadamard multiplication.vtt	2.7 KB
15. Outer product.mp4	44.1 MB
15. Outer product.srt	10.8 KB
15. Outer product.vtt	9.5 KB
16. Vector cross product.mp4	46.5 MB
16. Vector cross product.srt	8.4 KB
16. Vector cross product.vtt	7.5 KB
17. Vectors with complex numbers.mp4	34.5 MB
17. Vectors with complex numbers.srt	10.3 KB
17. Vectors with complex numbers.vtt	9.1 KB
18. Hermitian transpose (a.k.a. conjugate transpose).mp4	58.2 MB
18. Hermitian transpose (a.k.a. conjugate transpose).srt	15.4 KB
18. Hermitian transpose (a.k.a. conjugate transpose).vtt	13.5 KB
19. Interpreting and creating unit vectors.mp4	27.8 MB
19. Interpreting and creating unit vectors.srt	6.9 KB
19. Interpreting and creating unit vectors.vtt	6.1 KB
2. Algebraic and geometric interpretations of vectors.mp4	50.3 MB
2. Algebraic and geometric interpretations of vectors.srt	12.2 KB
2. Algebraic and geometric interpretations of vectors.vtt	10.8 KB
20. Code challenge dot products with unit vectors.mp4	47.1 MB
20. Code challenge dot products with unit vectors.srt	13.2 KB
20. Code challenge dot products with unit vectors.vtt	11.6 KB
21. Dimensions and fields in linear algebra.mp4	40.6 MB
21. Dimensions and fields in linear algebra.srt	9.9 KB
21. Dimensions and fields in linear algebra.vtt	8.7 KB
22. Subspaces.mp4	73.0 MB
22. Subspaces.srt	19.1 KB
22. Subspaces.vtt	16.8 KB
23. Subspaces vs. subsets.mp4	30.5 MB
23. Subspaces vs. subsets.srt	6.9 KB
23. Subspaces vs. subsets.vtt	6.1 KB
24. Span.mp4	62.8 MB
24. Span.srt	14.1 KB
24. Span.vtt	12.4 KB
25. In the span.html	0.1 KB
26. Linear independence.mp4	79.4 MB
26. Linear independence.srt	19.8 KB
26. Linear independence.vtt	17.4 KB
27. Basis.mp4	53.4 MB
27. Basis.srt	14.5 KB
27. Basis.vtt	12.8 KB
3. Vector addition and subtraction.mp4	27.1 MB
3. Vector addition and subtraction.srt	7.6 KB
3. Vector addition and subtraction.vtt	6.8 KB
4. Vector-scalar multiplication.mp4	30.9 MB
4. Vector-scalar multiplication.srt	8.5 KB
4. Vector-scalar multiplication.vtt	7.5 KB
5. Vector-vector multiplication the dot product.mp4	33.9 MB
5. Vector-vector multiplication the dot product.srt	9.5 KB
5. Vector-vector multiplication the dot product.vtt	8.4 KB
6. Code challenge dot products with matrix columns.mp4	24.2 MB
6. Code challenge dot products with matrix columns.srt	9.0 KB
6. Code challenge dot products with matrix columns.vtt	7.8 KB
7. Vector length.mp4	25.0 MB
7. Vector length.srt	7.4 KB
7. Vector length.vtt	6.5 KB
8. Vector length in MATLAB.html	0.1 KB
9. Dot product geometry sign and orthogonality.mp4	80.9 MB
9. Dot product geometry sign and orthogonality.srt	20.2 KB
9. Dot product geometry sign and orthogonality.vtt	17.7 KB
/3. Introduction to matrices/
1. Exercises + code.html	0.1 KB
1.1 linalg_matrices.zip.zip	170.3 KB
10. Complex matrices.mp4	7.1 MB
10. Complex matrices.srt	2.4 KB
10. Complex matrices.vtt	2.1 KB
11. Addition, equality, and transpose.html	0.1 KB
12. Diagonal and trace.mp4	28.6 MB
12. Diagonal and trace.srt	7.3 KB
12. Diagonal and trace.vtt	6.5 KB
13. Code challenge linearity of trace.mp4	38.0 MB
13. Code challenge linearity of trace.srt	11.0 KB
13. Code challenge linearity of trace.vtt	9.6 KB
2. Matrix terminology and dimensionality.mp4	42.8 MB
2. Matrix terminology and dimensionality.srt	10.0 KB
2. Matrix terminology and dimensionality.vtt	8.9 KB
3. Matrix sizes and dimensionality.html	0.1 KB
4. A zoo of matrices.mp4	57.8 MB
4. A zoo of matrices.srt	14.5 KB
4. A zoo of matrices.vtt	12.8 KB
5. Can the matrices be concatenated.html	0.1 KB
6. Matrix addition and subtraction.mp4	28.4 MB
6. Matrix addition and subtraction.srt	7.6 KB
6. Matrix addition and subtraction.vtt	6.7 KB
7. Matrix-scalar multiplication.mp4	8.4 MB
7. Matrix-scalar multiplication.srt	2.1 KB
7. Matrix-scalar multiplication.vtt	1.8 KB
8. Code challenge is matrix-scalar multiplication a linear operation.mp4	26.5 MB
8. Code challenge is matrix-scalar multiplication a linear operation.srt	7.1 KB
8. Code challenge is matrix-scalar multiplication a linear operation.vtt	6.2 KB
9. Transpose.mp4	32.8 MB
9. Transpose.srt	8.5 KB
9. Transpose.vtt	7.5 KB
/4. Matrix multiplications/
1. Exercises + code.html	0.1 KB
1.1 linalg_matrixMult.zip.zip	220.0 KB
10. Code challenge Pure and impure rotation matrices.mp4	68.2 MB
10. Code challenge Pure and impure rotation matrices.srt	13.8 KB
10. Code challenge Pure and impure rotation matrices.vtt	12.0 KB
11. Additive and multiplicative matrix identities.mp4	26.5 MB
11. Additive and multiplicative matrix identities.srt	6.5 KB
11. Additive and multiplicative matrix identities.vtt	5.7 KB
12. Additive and multiplicative symmetric matrices.mp4	56.9 MB
12. Additive and multiplicative symmetric matrices.srt	14.9 KB
12. Additive and multiplicative symmetric matrices.vtt	13.1 KB
13. Hadamard (element-wise) multiplication.mp4	12.5 MB
13. Hadamard (element-wise) multiplication.srt	3.2 KB
13. Hadamard (element-wise) multiplication.vtt	2.9 KB
14. Matrix operation equality.html	0.1 KB
15. Code challenge symmetry of combined symmetric matrices.mp4	35.9 MB
15. Code challenge symmetry of combined symmetric matrices.srt	10.8 KB
15. Code challenge symmetry of combined symmetric matrices.vtt	9.5 KB
16. Multiplication of two symmetric matrices.mp4	52.2 MB
16. Multiplication of two symmetric matrices.srt	12.6 KB
16. Multiplication of two symmetric matrices.vtt	11.1 KB
17. Code challenge standard and Hadamard multiplication for diagonal matrices.mp4	20.9 MB
17. Code challenge standard and Hadamard multiplication for diagonal matrices.srt	6.5 KB
17. Code challenge standard and Hadamard multiplication for diagonal matrices.vtt	5.7 KB
18. Frobenius dot product.mp4	47.3 MB
18. Frobenius dot product.srt	10.6 KB
18. Frobenius dot product.vtt	9.4 KB
19. What about matrix division.mp4	14.8 MB
19. What about matrix division.srt	5.5 KB
19. What about matrix division.vtt	4.8 KB
2. Introduction to standard matrix multiplication.mp4	47.5 MB
2. Introduction to standard matrix multiplication.srt	10.5 KB
2. Introduction to standard matrix multiplication.vtt	9.2 KB
3. Four ways to think about matrix multiplication.mp4	39.6 MB
3. Four ways to think about matrix multiplication.srt	12.9 KB
3. Four ways to think about matrix multiplication.vtt	11.4 KB
4. Code challenge matrix multiplication by layering.mp4	37.4 MB
4. Code challenge matrix multiplication by layering.srt	10.5 KB
4. Code challenge matrix multiplication by layering.vtt	9.2 KB
5. Matrix multiplication with a diagonal matrix.mp4	19.4 MB
5. Matrix multiplication with a diagonal matrix.srt	4.9 KB
5. Matrix multiplication with a diagonal matrix.vtt	4.3 KB
6. Order-of-operations on matrices.mp4	38.6 MB
6. Order-of-operations on matrices.srt	8.2 KB
6. Order-of-operations on matrices.vtt	7.2 KB
7. Matrix-vector multiplication.mp4	79.5 MB
7. Matrix-vector multiplication.srt	19.1 KB
7. Matrix-vector multiplication.vtt	16.8 KB
8. Find the missing value!.html	0.1 KB
9. 2D transformation matrices.mp4	55.0 MB
9. 2D transformation matrices.srt	15.0 KB
9. 2D transformation matrices.vtt	13.2 KB
/5. Matrix rank/
1. Exercises + code.html	0.1 KB
1.1 linalg_matrixRank.zip.zip	184.0 KB
10. Code challenge rank of multiplied and summed matrices.mp4	31.4 MB
10. Code challenge rank of multiplied and summed matrices.srt	8.6 KB
10. Code challenge rank of multiplied and summed matrices.vtt	7.5 KB
11. Making a matrix full-rank by shifting.mp4	62.8 MB
11. Making a matrix full-rank by shifting.srt	13.8 KB
11. Making a matrix full-rank by shifting.vtt	12.0 KB
12. Code challenge is this vector in the span of this set.mp4	25.6 MB
12. Code challenge is this vector in the span of this set.srt	9.1 KB
12. Code challenge is this vector in the span of this set.vtt	7.9 KB
2. Rank concepts, terms, and applications.mp4	65.9 MB
2. Rank concepts, terms, and applications.srt	13.7 KB
2. Rank concepts, terms, and applications.vtt	12.1 KB
3. Maximum possible rank..html	0.1 KB
4. Computing rank theory and practice.mp4	94.7 MB
4. Computing rank theory and practice.srt	21.5 KB
4. Computing rank theory and practice.vtt	18.8 KB
5. Rank of added and multiplied matrices.mp4	61.7 MB
5. Rank of added and multiplied matrices.srt	14.3 KB
5. Rank of added and multiplied matrices.vtt	12.5 KB
6. What's the maximum possible rank.html	0.1 KB
7. Code challenge scalar multiplication and rank.mp4	58.4 MB
7. Code challenge scalar multiplication and rank.srt	17.1 KB
7. Code challenge scalar multiplication and rank.vtt	14.7 KB
8. Code challenge reduced-rank matrix via multiplication.mp4	36.1 MB
8. Code challenge reduced-rank matrix via multiplication.srt	10.0 KB
8. Code challenge reduced-rank matrix via multiplication.vtt	8.7 KB
9. Rank of A^TA and AA^T.mp4	47.2 MB
9. Rank of A^TA and AA^T.srt	13.2 KB
9. Rank of A^TA and AA^T.vtt	11.6 KB
/6. Matrix spaces/
1. Exercises + code.html	0.0 KB
1.1 linalg_matrixSpaces.zip.zip	215.0 KB
2. Column space of a matrix.mp4	90.7 MB
2. Column space of a matrix.srt	20.3 KB
2. Column space of a matrix.vtt	17.8 KB
3. Row space of a matrix.mp4	20.2 MB
3. Row space of a matrix.srt	5.7 KB
3. Row space of a matrix.vtt	5.1 KB
4. Null space and left null space of a matrix.mp4	67.2 MB
4. Null space and left null space of a matrix.srt	17.1 KB
4. Null space and left null space of a matrix.vtt	15.1 KB
5. Columnleft-null and rownull spaces are orthogonal.mp4	32.5 MB
5. Columnleft-null and rownull spaces are orthogonal.srt	8.5 KB
5. Columnleft-null and rownull spaces are orthogonal.vtt	7.5 KB
6. Dimensions of columnrownull spaces.mp4	28.1 MB
6. Dimensions of columnrownull spaces.srt	7.5 KB
6. Dimensions of columnrownull spaces.vtt	6.8 KB
7. Example of the four subspaces.mp4	52.7 MB
7. Example of the four subspaces.srt	13.6 KB
7. Example of the four subspaces.vtt	11.9 KB
8. More on Ax=b and Ax=0.mp4	29.9 MB
8. More on Ax=b and Ax=0.srt	8.9 KB
8. More on Ax=b and Ax=0.vtt	7.8 KB
/7. Solving systems of equations/
1. Exercises + code.html	0.0 KB
1.1 linalg_systems.zip.zip	216.3 KB
2. Systems of equations algebra and geometry.mp4	104.6 MB
2. Systems of equations algebra and geometry.srt	19.0 KB
2. Systems of equations algebra and geometry.vtt	16.5 KB
3. Converting systems of equations to matrix equations.mp4	30.9 MB
3. Converting systems of equations to matrix equations.srt	7.2 KB
3. Converting systems of equations to matrix equations.vtt	6.4 KB
4. Gaussian elimination.mp4	64.6 MB
4. Gaussian elimination.srt	15.7 KB
4. Gaussian elimination.vtt	13.8 KB
5. Echelon form and pivots.mp4	27.7 MB
5. Echelon form and pivots.srt	9.7 KB
5. Echelon form and pivots.vtt	8.6 KB
6. Reduced row echelon form.mp4	64.3 MB
6. Reduced row echelon form.srt	17.7 KB
6. Reduced row echelon form.vtt	15.5 KB
7. Code challenge RREF of matrices with different sizes and ranks.mp4	41.2 MB
7. Code challenge RREF of matrices with different sizes and ranks.srt	10.8 KB
7. Code challenge RREF of matrices with different sizes and ranks.vtt	9.5 KB
8. Matrix spaces after row reduction.mp4	41.4 MB
8. Matrix spaces after row reduction.srt	10.1 KB
8. Matrix spaces after row reduction.vtt	8.8 KB
/8. Matrix determinant/
1. Exercises.html	0.1 KB
1.1 linalg_matrixDet.pdf.pdf	141.6 KB
2. Determinant concept and applications.mp4	50.3 MB
2. Determinant concept and applications.srt	9.0 KB
2. Determinant concept and applications.vtt	8.0 KB
3. Code challenge determinant of small and large singular matrices.mp4	26.3 MB
3. Code challenge determinant of small and large singular matrices.srt	8.0 KB
3. Code challenge determinant of small and large singular matrices.vtt	7.0 KB
4. Determinant of a 2x2 matrix.mp4	28.8 MB
4. Determinant of a 2x2 matrix.srt	9.3 KB
4. Determinant of a 2x2 matrix.vtt	8.1 KB
5. Determinant of a 3x3 matrix.mp4	54.1 MB
5. Determinant of a 3x3 matrix.srt	14.6 KB
5. Determinant of a 3x3 matrix.vtt	12.9 KB
6. Code challenge determinant of shifted matrices.mp4	65.5 MB
6. Code challenge determinant of shifted matrices.srt	16.3 KB
6. Code challenge determinant of shifted matrices.vtt	14.2 KB
7. Find matrix values for a given determinant.mp4	21.6 MB
7. Find matrix values for a given determinant.srt	6.6 KB
7. Find matrix values for a given determinant.vtt	5.8 KB
/9. Matrix inverse/
1. Exercises + code.html	0.1 KB
1.1 linalg_inverse.zip.zip	231.2 KB
10. Code challenge pseudoinverse of invertible matrices.mp4	14.0 MB
10. Code challenge pseudoinverse of invertible matrices.srt	4.1 KB
10. Code challenge pseudoinverse of invertible matrices.vtt	3.6 KB
2. Matrix inverse Concept and applications.mp4	56.8 MB
2. Matrix inverse Concept and applications.srt	15.3 KB
2. Matrix inverse Concept and applications.vtt	13.4 KB
3. Inverse of a 2x2 matrix.mp4	27.8 MB
3. Inverse of a 2x2 matrix.srt	7.4 KB
3. Inverse of a 2x2 matrix.vtt	6.5 KB
4. The MCA algorithm to compute the inverse.mp4	55.0 MB
4. The MCA algorithm to compute the inverse.srt	14.5 KB
4. The MCA algorithm to compute the inverse.vtt	12.8 KB
5. Computing the inverse via row reduction.mp4	89.7 MB
5. Computing the inverse via row reduction.srt	22.3 KB
5. Computing the inverse via row reduction.vtt	19.4 KB
6. Code challenge inverse of a diagonal matrix.mp4	39.0 MB
6. Code challenge inverse of a diagonal matrix.srt	11.4 KB
6. Code challenge inverse of a diagonal matrix.vtt	10.0 KB
7. Left inverse and right inverse.mp4	80.4 MB
7. Left inverse and right inverse.srt	17.5 KB
7. Left inverse and right inverse.vtt	15.2 KB
8. Proof the inverse is unique.mp4	14.7 MB
8. Proof the inverse is unique.srt	3.6 KB
8. Proof the inverse is unique.vtt	3.2 KB
9. Pseudo-inverse, part 1.mp4	58.8 MB
9. Pseudo-inverse, part 1.srt	10.2 KB
9. Pseudo-inverse, part 1.vtt	8.9 KB
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[DesireCourse.Com].url	0.1 KB
Total files 453