Category:Vector Subspaces
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This category contains results about Vector Subspaces.
Definitions specific to this category can be found in Definitions/Vector Subspaces.
Let $K$ be a division ring.
Let $\struct {S, +, \circ}_K$ be a $K$-algebraic structure with one operation.
Let $T$ be a closed subset of $S$.
Let $\struct {T, +_T, \circ_T}_K$ be a $K$-vector space where:
- $+_T$ is the restriction of $+$ to $T \times T$ and
- $\circ_T$ is the restriction of $\circ$ to $K \times T$.
Then $\struct {T, +_T, \circ_T}_K$ is a (vector) subspace of $\struct {S, +, \circ}_K$.
Subcategories
This category has the following 2 subcategories, out of 2 total.
E
- Examples of Vector Subspaces (5 P)
L
Pages in category "Vector Subspaces"
The following 22 pages are in this category, out of 22 total.
D
I
L
S
- Set of Linear Subspaces is Closed under Intersection
- Set of Points for which Seminorm is Zero is Vector Subspace
- Subspace of Real Continuous Functions
- Subspace of Real Differentiable Functions
- Subspace of Real Functions of Differentiability Class
- Subspace of Riemann Integrable Functions
- Subspace of Smooth Real Functions