Additive inverse in vector space:Solved Describe the additive inverse of a vector in the

Solved Describe the additive inverse of a vector in the

Solved Describe the additive inverse of a vector in the

2020年3月2日—Question:Describetheadditiveinverseofavectorinthevectorspace.C(-00,00)Theadditiveinverseoff(x)is-f(x).。其他文章還包含有:「Additiveinverse」、「AdditiveInverse」、「AdditiveInverseinVectorSpaceisUnique」、「AdditiveInversesareUnique」、「Dosubspacesofavectorspacecontainadditiveinverses...」、「Findingtheadditiveinverseinavectorspacewithunusual...」、「Istheadditiveinverseof'v...

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Additive inverse
Additive inverse

https://en.wikipedia.org

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Additive Inverse
Additive Inverse

https://mathworld.wolfram.com

In an additive group G, the additive inverse of an element a is the element a^' such that a+a^'=a^'+a=0, where 0 is the additive identity of G. Usually, ...

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Additive Inverse in Vector Space is Unique
Additive Inverse in Vector Space is Unique

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Let (V,+,∘)F be a vector space over a field F, as defined by the vector space axioms.

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Additive Inverses are Unique
Additive Inverses are Unique

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Do subspaces of a vector space contain additive inverses ...
Do subspaces of a vector space contain additive inverses ...

https://math.stackexchange.com

There is no requirement for containing additive inverses. So if subspaces are vector spaces themselves, shouldn't containing additive inverses ...

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Finding the additive inverse in a vector space with unusual ...
Finding the additive inverse in a vector space with unusual ...

https://math.stackexchange.com

The additive inverse is defined when the identity element for the set is known like here +(u,v) = u + v + 2 so, we find +(u,x) = u where in x ...

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Is the additive inverse of 'v' in a vector space always ...
Is the additive inverse of 'v' in a vector space always ...

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Yes, v + (-1)v = (1 + (-1))v = 0v = 0 and the additive inverse is unique, by the properties of a vector space.

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Vector Spaces 1 Definition of vector spaces
Vector Spaces 1 Definition of vector spaces

https://www.math.ucdavis.edu

Additive identity: There exists an element 0 ∈ V such that 0 + v = v for all v ∈ V ;. 4. Additive inverse: For every v ∈ V , there exists an ...