# ∙1.) (Cauchy form f defined f(n) exists (i) For each (ii) for of some. on and Taylor Thm) (a, b) Continuous on > ce (a, b). (a, b). x = (a, b), Rn (x) = Hint Induction and I. B. P. c = x < (a, b), Rn (x) = (x-c)⋅ (x-y)n-1 (n-1)! between y = √x (x-t√n-² JC (n-1)! f(n) (t) dt C, X f(n) (y)
# ∙1.) (Cauchy form f defined f(n) exists (i) For each (ii) for of some. on and Taylor Thm) (a, b) Continuous on > ce (a, b). (a, b). x = (a, b), Rn (x) = Hint Induction and I. B. P. c = x < (a, b), Rn (x) = (x-c)⋅ (x-y)n-1 (n-1)! between y = √x (x-t√n-² JC (n-1)! f(n) (t) dt C, X f(n) (y)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
![#1.)
(Cauchy form
f defined
f(n)
exists
(i) For each
(ii)
of
on
and
Hint: Induction
c = x = (a, b)
for some y
Taylor Thm)
(a, b)
continuous on
x = (a, b), Rn (x) = (x (x-t)^²+
с
(n-1)!
C € (a, b).
(a, b).
}
and I. B. P.
Rn (x) = (x-c)⋅ (x-y)n-²
(n-1)!
between
f(n) (t) dt
C, X
f(n) (y)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8f0df94a-1d02-48d9-8ad0-d3fdfd9735f8%2F3f7aca0a-0575-4ee5-adf7-191fcc536ae2%2Fc0t8sjg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:#1.)
(Cauchy form
f defined
f(n)
exists
(i) For each
(ii)
of
on
and
Hint: Induction
c = x = (a, b)
for some y
Taylor Thm)
(a, b)
continuous on
x = (a, b), Rn (x) = (x (x-t)^²+
с
(n-1)!
C € (a, b).
(a, b).
}
and I. B. P.
Rn (x) = (x-c)⋅ (x-y)n-²
(n-1)!
between
f(n) (t) dt
C, X
f(n) (y)
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