(a) Prove that the metric space (Z,) is complete.
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Q: If the dual X' of a normed linear space X is fininte dimensional, then X is finite dimensional
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A: We will prove the given statement.
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Q: Exercise Prove that: 1. (R, J- |) is a complete metric space. 2. (Q. I-1) is not complete metric…
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Q: e) Calculate the space generated by specify its base and dimension <-{()信)( 2.
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Q: Let (X, d) be a metric space and let A ⊆ X be complete. Show that A is closed.
A: Given that X,d be a metric space and A⊆X be complete. The objective is to show that A is closed.
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Q: Prove that any Space is complete. finite dimensional normed
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A: Please check the answer in next step
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Q: A subset I of a metric space R with the usual metric is compact if and if only it is an interval…
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Q: . Prove or disprove every metric space is normed space,
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Q: Let (X, d) be a separable metric space. into l∞.
A: This is a problem of functional analysis.
Q: Consider IR as a metric space.with metric dux, y) = 1x-y1. Show that the open interval C0, 1) is an…
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Q: Let (X, d) be a metric space, and p: X→ IR doxy) I+desy) de fined by puM pusy) = %3D show that p is…
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Q: If M and N are metric spaces, the Cartesian product M x N is again a netric space with the distance…
A: We have given that , M and N are metric spaces. We have to show that , M × N is again a metric space…
Q: Prove that: 1. (R, |. |) is a complete metric space. 2. (Q.I-1) is not complete metric space.
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Q: Prove that any reflexive normed space is complete
A: A normed space X will be said to be complete if each Cauchy sequence in X is convergent in X.
Q: (a) Prove that the metric space (2,11) is complete. (b) Show that the metric space (Q.H) is not…
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Q: Assume that (M, d) is a compact metric space. Show that if f: (M,d) → (Y, d) is continuous and…
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Q: Prove that any linear map between finite dimensional normed linear spaces is continuous.
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Q: Theorem: Every normed vector space is a metric space but the converse is not true in general Proof
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Q: A. Let H be the set of all points (x, y) in R2 such that x2 + 3y2 = 12. Show that H is a closed…
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Q: Let X be a finite dimensional norm space. Then prove that M = {x € X |||x|| <1} is compact.
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Q: 2.5 Show that any interval (a,b) inR with the discrete metric is locally compact but not compact.
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Q: let X be a firite dimensional notm Space Then Prove that is compat.
A: As X is a finite dimensional norm space, this means that, dimX is finite.
Q: Exercise. Prove that in any metric space (X, p), a closed ball {r E X : p(a, x) <r} is closed.
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Q: Q7: Prove that ( IR", ||·|| ) is complete metric space.
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Q: (a) Prove that every closed subset S of a compact metric space (M,d) is compact in M.
A: Note: Our guidelines we are supposed to answer only one question. Kindly repost other question as…
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A: Interior Point: Let A be a subset of metric space X, d. A point x∈A is called an interior point of A…
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Q: Prove the locally compact normal linear space is finite dimensions.
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Q: prove that any finite dimensional normed space is reflexive.
A: Let us suppose that we have a finite-dimensional normed space, X For any natural number, n, let…
Q: 3: Prove that any reflexive normed space is complete.
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Q: be a n-dimensional normed space, then prove that its dual space is also n-dimensional.
A: Let X be a normed linear space. Let X* be its dual space with the usual dual norm ||T|| = sup{…
Q: (b) Prove that the unit ball of a normed linear space is compact if and only if the normed linear…
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Q: If the unit sphere {xe X : x = 1} in a normed space X is complete, prove that x is complete.
A: Given that X is a normed space. Let S1x=x∈X| x=1 be unit sphere of the normed space X. Given that…
Q: Prove that a normed linear space is complete if its unit sphere is complete.
A: We prove that a normed linear space is complete if its unit sphere is complete. Its straightforward…
Q: H.W.2 Exercise Prove that: 1. (IR, J- |) is a complete metric space. 2. (Q. |-1) is not complete…
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Q: the usual metric space defined by d(x,y)= x-y prove the four propertis of metric space
A: Applying four properties to this metric
Q: Theorem 9.8. A metric space is Hausdorff, regular, and normal.
A: The objective is to show that every metric is hausdorff, regular and normal. Let x≠y be points of a…
Q: Exercise. Prove that in any metric space (X, p), a closed ball {x E X : p(a, x) <r} is closed.
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Q: Prove that: 1. (R, J. |) is a complete metric space. 2. (Q, I. |) is not complete metric
A: To prove that R,. is a complete metric space. Suppose that xn is increasing and bounded, Let…
Q: Let (X, || · ||) be a normed linear space. Prove that (a) B1(0) = B1(0).
A: Since you have asked multiple question, we will solve the first question for you. If you want any…
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- Prove that if f is a continuous mapping of a compact metric space, X, into a metric space Y, then f(x) is compact.Prove that topological space E is not homeomorphic to the spaceY = {(x, y) ∈ E^2 : y = ± x} (E represents R equipped with Euclidean distance, E^2 represents R^2 equipped with euclidean distance)A subset I of a metric space R with the usual metric is compact if and if only it is an interval True False