View source for User:Alec/Linear Algebra category listing at 13.8.2016

==Overview==
I plan to do some work on the linear algebra category now, this listing preserves how it was. 
==Listing==
n=51
*  [[Addition of vector spaces]]
*  [[Algebra]]
*  [[Basis]]
*  [[Basis and coordinates]]
*  [[Bilinear form]]
*  [[Bilinear map]]
*  [[Bounded]]
*  [[Bounded (linear map)]]
*  [[Bounded linear map]]
*  [[Canonical linear map]]
*  [[Covector]]
*  [[Covector applied to a tensor product]]
*  [[Derivative (analysis)]]
*  [[Notes:Dual basis]]
*  [[Dual space]]
*  [[Equivalent conditions for a linear map between two normed spaces to be continuous everywhere]]
*  [[Equivalent conditions for a linear map between two normed spaces to be continuous everywhere/1 implies 2]]
*  [[Equivalent conditions for a linear map between two normed spaces to be continuous everywhere/2 implies 3]]
*  [[Equivalent conditions for a linear map between two normed spaces to be continuous everywhere/3 implies 4]]
*  [[Equivalent conditions for a linear map between two normed spaces to be continuous everywhere/4 implies 1]]
*  [[Euclidean norm]]
*  [[Example comparing bilinear to linear maps]]
*  [[External direct sum]]
*  [[Inner product]]
*  [[Template:Inner product and Hilbert spaces navbox]]
*  [[Isometry]]
*  [[Kernel]]
*  [[Kronecker delta]]
*  [[Linear Algebra]]
*  [[Linear Algebra (subject)]]
*  [[Template:Linear algebra navbox]]
*  [[Linear combination]]
*  [[Linear independence]]
*  [[Linear isometry]]
*  [[Linear map]]
*  [[Matrix]]
*  [[Multilinear map]]
*  [[Natural linear map]]
*  [[Norm]]
*  [[Normed space]]
*  [[Projector]]
*  [[Pullback norm]]
*  [[Quotient]]
*  [[Quotient (vector space)]]
*  [[Space of all k-linear maps]]
*  [[Span]]
*  [[Span, linear independence, linear dependence, basis and dimension]]
*  [[Subspace]]
*  [[Vector dot product]]
*  [[Vector space]]
*  [[Wedge]]