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Linear combination / Projection / Basis / Dot product / Vector space / Euclidean vector / Comparison of vector algebra and geometric algebra / Euclidean subspace / Algebra / Mathematics / Linear algebra
Date: 2007-08-30 03:42:28
Linear combination
Projection
Basis
Dot product
Vector space
Euclidean vector
Comparison of vector algebra and geometric algebra
Euclidean subspace
Algebra
Mathematics
Linear algebra

[removed]The Basic Method Proof of Claim[removed]Suppose not. Then for some v, v 0 ∈ A we have u + v = u0 + v 0 , and hence, v + v 0 = u + u0 . Let c, c0 be the vectors from C for which

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