Subspace of Real Continuous Functions
From ProofWiki
Theorem
Let $\mathbb J = \left\{{x \in \R: a \le x \le b}\right\}$ be a closed interval of the real number line $\R$.
Let $\mathcal C \left({\mathbb J}\right)$ be the set of all continuous real functions on $\mathbb J$.
Then $\left({\mathcal C \left({\mathbb J}\right), +, \times}\right)_\R$ is a subspace of the $\R$-vector space $\left({\R^{\mathbb J}, +, \times}\right)_\R$.
Proof
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Sources
- Seth Warner: Modern Algebra (1965)... (previous)... (next): $\S 27$: Example $27.5$
