Use the Completion Theorem below to show that the Completion of the discrete metric space X is itself. S0, x = y \ 1, x # y S d(x, y) : %3D
Q: Let M = {0,1} and d be the discrete metric, then d is not complete %3D O True O False
A: Discrete metric space.
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A: Concept:
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A: Given that ℝ, Tu is usual topological space. To show: 0,1 is arcwise in ℝ.
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A: Given space curve is rt=-ti+4tj+3tk. Sketch the above space curve as shown below.
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A: This is a problem of topology.
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A: Since you have asked multiple questions, we will solve the first question for you. If you want any…
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Q: F. dr = 0 for every closed curve Cin R, an open connected region. %3D True O False
A: Explanation of the solution is given below.....
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A: To evaluate the below integral. ∫∫S3xi+2yj⋅ds Here S is a sphere x2+y2+z2=9
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Q: Consider the following space curve r (t) = t²i + 2tj – v2 43/2 k %3D 3
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Q: close ball is an open
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A: This is a question of topology and metric space.
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Q: Let f: (N,d) (N, d), where d is the usual metric and di is the discrete metric, defined f as f (x)…
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- Let X=ℝ2 and define d2,:ℝ2×ℝ2→ℝ by d2((x1 ,y1),(x2,y2)) = max{|x1 - x2|,|y1 - y2|}. a) Verify that d2 is a metric on ℝ2. b.) Draw the neighborhood N((0; 1) for d2, where 0 is the origin in ℝ2.Define p: R^2 x R^2 to [0, infinity) by the rule p(x1,y1),(x2,y2)=squareroot((x1-x2)^2+(y1-y2)^2) Show that p is a metric on R^2.Let X=R2 and defined d2: R2 x R2 to R by d2((x1, y1)) = max{|x1-x2|, |y1-y2|} Verify that d2 is a metric on R2
- Let (R>0, d) be the metric space defined by d(x, y) =|log (y/x)|. This metric space is isometric to the Euclidean line E1, where an isometry E1 → (R>0, d) is given by x→ ex . proof that x→ ex is isometric.use the boundary conditions to show that C=−λR.Do the following task.a) State formally what do mean by being an open set of E inmetric space (X, d). b) Show that Q is not open in (R, d) where d(x, y) = |x − y|.
- Find the maximum value of f(x,y) = x5y8 for x,y > 0 on the unit circle.If (X, d_{1}) and (Y, d_{2}) are metric spaces, we define d: (X × Y ) × (X × Y ) \rightarrow R by d((x_{1}, y_{ 1}),(x_{2}, y_{2})) = d_{1}(x, x′) + d_{2}(y, y′).Answer the following literals a) Prove that d is a metric b) If X = Y = R with d1 equal to the usual metric and d2 the discrete metric. Describe what the balls are like with the metric d on R^{2}consider the metric space < X, d > for the case in which the metric d is the usual metric on R'. Given the closed ball B,(a) C X with centre a = P(3, 1, 1, 1) that is located on its boundary OB. (2,0, 2, 2) and the point (i) Show that every point x 4 Br(a) is the centre of an open ball B:(x) with some feasible radius e > 0, and give the feasible range for ɛ. (ii) Use this to prove that the complement B„(a)° of the close ball is an open set.
- 17. Show that the function d is a metric whered(x, y) = |x − y| / (1 + |x + y|)Consider the right triangle withvertices (0, 0), (0, b), and (a, 0), where a > 0 and b > 0. Showthat the average vertical distance from points on the x-axis to thehypotenuse is b/2, for all a > 0.Can you prove in detail the metric space symmetry condition of the discrete metric, I find myself writing that if d(x,y)=0 and x=y then y=x which means that d(y,x)=0. But I have to prove it in a detailed manner with explanation apparently. Thank you in advance.