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Lineability and spaceability of sets of functions on $\mathbb {R}$
Proceedings of the American Mathematical Society · 2004 · Vol. 133(3) · pp. 795–803
Richard M. Aron✉(Kent State University)Vladimir I. Gurariy(Kent State University)J. B. Seoane(Kent State University)
Abstract
We show that there is an infinite-dimensional vector space of differentiable functions on $\mathbb {R},$ every non-zero element of which is nowhere monotone. We also show that there is a vector space of dimension $2^c$ of functions $\mathbb {R} \to \mathbb {R},$ every non-zero element of which is everywhere surjective.
Mathematical Dynamics and FractalsAdvanced Topology and Set TheoryFunctional Equations Stability ResultsSurjective functionDimension (graph theory)Zero (linguistics)Monotone polygonMathematicsElement (criminal law)Space (punctuation)Differentiable functionPure mathematicsVector space
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