Category:Definitions/Pointwise Scalar Multiplication
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This category contains definitions related to Pointwise Scalar Multiplication.
Related results can be found in Category:Pointwise Scalar Multiplication.
Let $\struct {R, +_R, \times_R}$ be a ring, and let $\struct {S, \circ}_R$ be an $R$-algebraic structure.
Let $X$ be a non-empty set, and let $S^X$ be the set of all mappings from $X$ to $S$.
Then pointwise ($R$)-scalar multiplication on $S^X$ is the binary operation $\circ: R \times S^X \to S^X$ (the $\circ$ is the same as for $S$) defined by:
- $\forall \lambda \in R: \forall f \in S^X: \forall x \in X: \map {\paren {\lambda \circ f} } x := \lambda \circ \map f x$
Pages in category "Definitions/Pointwise Scalar Multiplication"
The following 10 pages are in this category, out of 10 total.
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- Definition:Pointwise Scalar Multiplication of Complex-Valued Function
- Definition:Pointwise Scalar Multiplication of Extended Real-Valued Functions
- Definition:Pointwise Scalar Multiplication of Integer-Valued Function
- Definition:Pointwise Scalar Multiplication of Linear Operators
- Definition:Pointwise Scalar Multiplication of Mappings
- Definition:Pointwise Scalar Multiplication of Mappings/Real-Valued Functions
- Definition:Pointwise Scalar Multiplication of Number-Valued Function
- Definition:Pointwise Scalar Multiplication of Rational-Valued Function
- Definition:Pointwise Scalar Multiplication of Real-Valued Function
- Definition:Pointwise Scalar Multiplication on Space of Real-Valued Measurable Functions Identified by A.E. Equality