: Let f [a, b] → R be a bounded function. Suppose there exists a partition Pn of [a, b] such that lim [U (f; Pn) — L (ƒ; Pn)] = 0. nx (a) Show that f is integrable on [a, b]. (b) Conclude that the value of the integral of ƒ on [a, b] is [s = lim U (f; Pn) : = lim L (f; Pn). n→∞ n4x

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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:
Let f [a, b] → R be a bounded function. Suppose there exists a partition Pn of
[a, b] such that
lim [U (ƒ; Pn) — L (ƒ; Pn)] = 0.
nx
(a) Show that f is integrable on [a, b].
(b) Conclude that the value of the integral of f on [a, b] is
[₁ = lim U (f; Pn) : = lim L (f; Pn).
84x
n→∞
Transcribed Image Text:: Let f [a, b] → R be a bounded function. Suppose there exists a partition Pn of [a, b] such that lim [U (ƒ; Pn) — L (ƒ; Pn)] = 0. nx (a) Show that f is integrable on [a, b]. (b) Conclude that the value of the integral of f on [a, b] is [₁ = lim U (f; Pn) : = lim L (f; Pn). 84x n→∞
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