Let X be a metric space. Let A and B be separated sets in X. Show either E is a subset of A or E is a subset of B where E is a connected subset of A U B.
Let X be a metric space. Let A and B be separated sets in X. Show either E is a subset of A or E is a subset of B where E is a connected subset of A U B.
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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Question
Let X be a metric space. Let A and B be separated sets in X. Show either E is a subset of A or E is a subset of B where E is a connected subset of A U B.
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![*****
FIVE STAR.
*****
FIVE STAR.
8. Let X be a metric space. Let
in X. Show either ESA or
connected subset of A UB.
proof.
Let X be a
metric space.
Let A and B be seperated sets in X.
⇒ AnB = 8.
A and B be seperated sets
ECB where
Eis
a
Let E
→ E & AUB.
3DF
(BOF).
However, AnB = ∞ so
be the connected subset of AUB.
s.t. D<A and
FCB, where E= (AND) U
(AND) U (BNF) = 0
1
confused how we get this
From ANB=0](https://content.bartleby.com/qna-images/question/bdd7eaed-9b44-4003-81eb-7e8fab9c2687/f1520f47-0475-4305-8764-bfb3df5739a7/zy0ipth_thumbnail.jpeg)
Transcribed Image Text:*****
FIVE STAR.
*****
FIVE STAR.
8. Let X be a metric space. Let
in X. Show either ESA or
connected subset of A UB.
proof.
Let X be a
metric space.
Let A and B be seperated sets in X.
⇒ AnB = 8.
A and B be seperated sets
ECB where
Eis
a
Let E
→ E & AUB.
3DF
(BOF).
However, AnB = ∞ so
be the connected subset of AUB.
s.t. D<A and
FCB, where E= (AND) U
(AND) U (BNF) = 0
1
confused how we get this
From ANB=0
Solution
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