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Fall 2015
Fall 2015

... It follows that |f (xni ) − f (z)| and |f (yni ) − f (z)| are less than ϵ1 , producing a contradiction ϵ0 ≤ |f (xni ) − f (yni )| ≤ |f (xni ) − f (z)| + |f (z) − f (yni )| < ϵ1 + ϵ1 = ϵ0 to the assumption that f is not uniformly continuous. T2. Suppose X is a Hausdorff space which has no isolated poi ...
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The Axiom of Choice and Zorn`s Lemma

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... be diagonalizable by having one (hence, at least two) of the zeros of its minimal polynomial lie in a proper field extension of k. For not finite-dimensional V , there are further ways that an endomorphism may fail to be diagonalizable. For example, on the space V of two-sided sequences a = (. . . , ...
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... Condition (ii) just repeats the definition of weak Rconvergence with uniformly continuous f replacing continuous f because f dPn is another notation for E{f (Xn )} when Pn is the law of Xn . The word “events” in (iii), (iv), and (v) refers to elements of the Borel sigma-field of the metric space. Of ...
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5. Mon, Sept. 9 Given our discussion of continuous maps between

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... Two morphisms f and g are homotopic if there are maps k i : Ai −→ B i−1 such that f − g = dk + kd. If f and g are homotopic then hi (f ) = hi (g). A functor F from one abelian category U to another B is called additive if for any two objects A and B in U, the induced map Hom(A, B) −→ Hom(F A, F B), ...
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... of continuity when considering functions from one matrix group to another. More importantly we can consider continuous homomorphisms, and from now on all homomorphisms will be assumed to be continuous. Then if we have two matrix groups G and H and a homomorphism φ : G → H then every curve,γ, in G wi ...
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(maximal) ideal in . Theorem

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Dual space

In mathematics, any vector space V has a corresponding dual vector space (or just dual space for short) consisting of all linear functionals on V together with a naturally induced linear structure. Dual vector spaces for finite-dimensional vector spaces show up in tensor analysis. When applied to vector spaces of functions (which are typically infinite-dimensional), dual spaces are used to describe measures, distributions, and Hilbert spaces. Consequently, the dual space is an important concept in functional analysis.There are two types of dual spaces: the algebraic dual space, and the continuous dual space. The algebraic dual space is defined for all vector spaces. When defined for a topological vector space there is a subspace of this dual space, corresponding to continuous linear functionals, which constitutes a continuous dual space.
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