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  • The 0 vector is unique.
  • The additive inverse of a vector is unique.
  • The 0 scalar multiplied by any vector equals the 0 vector.
  • The 0 vector multiplied by any scalar equals the 0 vector.
  • If the product of a vector and a scalar is 0
  • The additive inverse of a vector equals the vector multiplied by -1.
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  1. The additive inverse of a vector is unique.

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  • The additive inverse of a vector is called the negative of the vector.Close match
  • The additive inverse of a vector equals the vector multiplied by -1.Close match
  • The 0 vector is unique.Close match
  • The 0 scalar multiplied by any vector equals the 0 vector.Close match
  • A vector can be written uniquely as a sum of a vector in a subspace and a vector orthogonal to the subspace.Close match
  • Basic propertiesClose match
  • Definition of vector additionClose match
  • Definition of inverse of a linear transformationClose match
  • Definition of 0 vectorClose match
  • The conjugate of a sum of vectors in C^n is the sum of the conjugatesClose match
  • Matrix inverses are unique: if A and B are square matricesClose match
  • The 0 vector multiplied by any scalar equals the 0 vector.Close match
  • The inverse of an isomorphism is an isomorphism.Close match
  • If the product of a vector and a scalar is 0Related
  • A vector can be written uniquely as a linear combination of vectors from independent subspaces.Related
  • The inverse of a scalar multiple is the reciprocal times the inverse.Related
  • The inverse of a matrix can be used to solve a linear system.Related
  • The inverse of a linear transformation is a linear transformationRelated
  • The standard inner product of a vector with itself is non-negativeRelated
  • Matrix inverse is an involution.Related

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