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** An argument that [[ DimVplusdimVorthisn | the dimension of a subspace and the dimension of its orthogonal complement add to the dimension of the ambient vector space]] | ** An argument that [[ DimVplusdimVorthisn | the dimension of a subspace and the dimension of its orthogonal complement add to the dimension of the ambient vector space]] | ||
* [[Linear_algebra_(eigenvalues_and_eigenvectors)|Eigenvalues/Eigenvectors]] | * [[Linear_algebra_(eigenvalues_and_eigenvectors)|Eigenvalues/Eigenvectors]] | ||
| + | * [[Linear_algebra_(complex_numbers)|Complex Numbers]] | ||
The rest of the content of this page is up to you! | The rest of the content of this page is up to you! | ||
[[Category:MA265Fall2010Momin]] | [[Category:MA265Fall2010Momin]] | ||
Revision as of 12:53, 29 April 2011
Contents
Rhea Section for MA 265 Professor Momin, Fall 2010
Fall 2010, MA265 - Linear Algebra Sections 7-10
A wiki for this course can be found here MA 265
Rhea Section for MA 265 Professor Al Momin, Fall 2010
Links
NOTE:
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Topics
A biography of Daniel Bernoulli
Write a page about one of the following topics.
- | A course review
- Systems of linear equations
- Matrices
- Matrix Algebra
- Determinants
- Vector spaces
- A review of vector spaces by Michael Munizzi.
- An argument supporting the formula det(A) = det(A^T), derived from the cofactor expansion formula (see the remarks on that page).
- Inner Products
- Eigenvalues/Eigenvectors
- Complex Numbers
The rest of the content of this page is up to you!
