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New posts in vector-spaces
Proving that $\operatorname{trace}(T) =\langle Te_1,e_1\rangle +\cdots+\langle Te_n,e_n\rangle $?
linear-algebra
algebra-precalculus
vector-spaces
linear-transformations
How do I see that every left ideal of a square matrix ring over a field is principal?
linear-algebra
abstract-algebra
matrices
ring-theory
vector-spaces
Proof that multiplying by the scalar 1 does not change the vector in a normed vector space.
linear-algebra
vector-spaces
normed-spaces
When solving for eigenvector, when do you have to check every equation?
linear-algebra
matrices
vector-spaces
eigenvalues-eigenvectors
matrix-rank
Precedence of cross product and dot product
vector-spaces
operator-theory
vectors
Basis for the subspace constituted by the intersection of two planes
linear-algebra
vector-spaces
Vectors, Basis, Dual Vectors, Dual Basis and Tensors
linear-algebra
functional-analysis
differential-geometry
vector-spaces
tensors
Why is it bad to pick basis for a vector space?
linear-algebra
vector-spaces
category-theory
coordinate-systems
change-of-basis
Relation between Interior Product, Inner Product, Exterior Product, Outer Product..
linear-algebra
matrices
terminology
vector-spaces
Non-degenerate symmetric bilinear form; dimension formulae.
linear-algebra
vector-spaces
bilinear-form
How to find a linearly independent vector?
vector-spaces
Explanation of a question
linear-algebra
vector-spaces
Isomorphism of Vector spaces over $\mathbb{Q}$
linear-algebra
abstract-algebra
vector-spaces
Orthogonal complement in a finite field ${\mathbb Z}^{n}_{q}$
linear-algebra
abstract-algebra
vector-spaces
How to show two infinite-dimensional vector spaces are not isomorphic
vector-spaces
Positivity of the alternating sum associated to at most five subspaces
linear-algebra
combinatorics
vector-spaces
homological-algebra
combinatorial-geometry
Image of unit ball dense under continuous map between banach spaces
analysis
functional-analysis
vector-spaces
banach-spaces
If $X$ is infinite dimensional, all open sets in the $\sigma(X,X^{\ast})$ topology are unbounded.
general-topology
functional-analysis
vector-spaces
What is the relationship between $(u\times v)\times w$ and $u\times(v\times w)$?
linear-algebra
vector-spaces
Dimension of Annihilator: $\text{dim} \, U^0 + \text{dim} \, U = \text{dim} \, V$
linear-algebra
vector-spaces
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