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Other university all, Mathematics Semester 5, Linear Algebra Syllabus
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Unit - 1 Vector Spaces
Unit 1
Vector spaces
1.1 Vector spaces subspaces and examples
1.2 Algebra of subs paces quotient spaces
1.3 Linear combination of vectors linear span linear independence
1.4 Basis and dimension dimension of subspaces
1.5 Linear transformations null space range
1.6 Rank and nullity of a linear transformation
Unit - 2 Matrix Representation Of A Linear Transformation
Unit 2
Matrix representation of a linear transformation
2.1 Matrix representation of a linear transformation
2.2 Algebra of linear transformations
2.3 Isomorphisms Isomorphism theorems invertibility and isomorphisms
2.4 Change of coordinate
2.5 Matrix Dual spaces dual basis double dual
2.6 Transpose of a linear transformation and its matrix in the dual basis
2.7 Annihilators Basics of Fields
Unit - 3 Eigenspaces Of A Linear Operator
Unit – 3
Eigenspaces of a linear operator
3.1 Eigenspaces of a linear operator diagonalizability
3.2 Invariant subspaces and CayleyHamilton theorem
3.3 The minimal polynomial for a linear operator
3.4 Inner product spaces and norms
3.5 Gram Schmidt orthogonalization process
Unit - 4 Orthogonal Complements
Unit 4
Orthogonal complements
4.1 Orthogonal complements Bessels inequality
4.2 The adjoint of a linear operator
4.3 Least Squares Approximation
4.4 Minimal solutions to systems of linear equations
4.5 Normal and selfadjoint operators
4.6 Orthogonal projections and Spectral theorem
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Other Subjects of third-year
Linear programming
Multivariate calculus
Probability and statistics
Number theory
Group theory ii
Complex analysis
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