Let x be non-empty of points. a topological Space having open set with finite numb cal shase wh
Let x be non-empty of points. a topological Space having open set with finite numb cal shase wh
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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![x be
a topological Space having
non-empty open set with finite number
of points.
Let
Let y be
a topological space which
is homeomorphic to x.
⇒
W
a homeomorphism fix →Y.
., хо
Let A = {x₁,
{.
xn} be a finite open
Subset of x. Then f(A) = {f(x₁), ---, of (x₂)}
is also finite subset of y. (by(i))
To prove that f(A) is open subset of
Y.
¿) ⇒ f¹: y →x is also continuous.
A is open subset of x.
⇒ (f) ²(A) = { fcx ₁), ---, f(xen)} = f(A) is open
Subset of y. (: f" is continuous).
((
=) having non-empty open set with finite
number of points" is topological property.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc95a7fa8-f21a-4709-81cf-64d281fbc8e2%2F9efd3fab-2cd5-4af6-bb08-e470dc959da8%2F8x57dxc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:x be
a topological Space having
non-empty open set with finite number
of points.
Let
Let y be
a topological space which
is homeomorphic to x.
⇒
W
a homeomorphism fix →Y.
., хо
Let A = {x₁,
{.
xn} be a finite open
Subset of x. Then f(A) = {f(x₁), ---, of (x₂)}
is also finite subset of y. (by(i))
To prove that f(A) is open subset of
Y.
¿) ⇒ f¹: y →x is also continuous.
A is open subset of x.
⇒ (f) ²(A) = { fcx ₁), ---, f(xen)} = f(A) is open
Subset of y. (: f" is continuous).
((
=) having non-empty open set with finite
number of points" is topological property.
Expert Solution
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Step 1
Let X be a topological space having non-empty open set with finite number of points.
Let Y be a topological space which is homeomorphic to X.
a homeomorphism
Let be a finite open subset of X. Then is also finite subset of Y. (by (i))
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