Let ([0,1], L, m) be a Lebesgue measure space, and let A be a nonempty measurable subset of [0,1]. Let {E}-1 = [0,1] be a countable disjoint collection of Lebesgue measurable sets. Let f: [0,1] → (0,1] be a measurable function. Show that for every e > 0, there is a natural number №e and a set C such that m(C) < € and < f(x) ≤ for all x € Ce. 1 NE+1 NE
Let ([0,1], L, m) be a Lebesgue measure space, and let A be a nonempty measurable subset of [0,1]. Let {E}-1 = [0,1] be a countable disjoint collection of Lebesgue measurable sets. Let f: [0,1] → (0,1] be a measurable function. Show that for every e > 0, there is a natural number №e and a set C such that m(C) < € and < f(x) ≤ for all x € Ce. 1 NE+1 NE
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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![Let ([0,1], L, m) be a Lebesgue measure space,
and let A be a nonempty measurable subset of
[0,1]. Let {E}%=1 ≤ [0,1] be a countable
disjoint collection of Lebesgue measurable
sets. Let f:[0,1] → (0,1] be a measurable
function. Show that for every e > 0, there is a
natural number N and a set C such that
- for all x E CE.
1
1
m(C) < € and
NE+1
NE
<f(x) ≤](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8cc86d7f-98ab-47ae-8a15-dc57493414b9%2Fbc63928d-c669-408f-9079-1aae68dab1f7%2Fbarjxu7_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Let ([0,1], L, m) be a Lebesgue measure space,
and let A be a nonempty measurable subset of
[0,1]. Let {E}%=1 ≤ [0,1] be a countable
disjoint collection of Lebesgue measurable
sets. Let f:[0,1] → (0,1] be a measurable
function. Show that for every e > 0, there is a
natural number N and a set C such that
- for all x E CE.
1
1
m(C) < € and
NE+1
NE
<f(x) ≤
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