The number M in the Taylor inequality |Rn| = |f(x) – T„(x)| < M |x – a|n+1 is - (n + 1)! Choose one best option below O the minimum of f(n+1) (t)| for all t between a and æ. O the maximum or a convenient upper bound of f(n+1) (t) for all t between a and x. O the maximum or a convenient upper bound of f(") (t)| for all t between a and æ. O the maximum or a convenient upper bound of f(n+1) (t)| for all t between a and x
The number M in the Taylor inequality |Rn| = |f(x) – T„(x)| < M |x – a|n+1 is - (n + 1)! Choose one best option below O the minimum of f(n+1) (t)| for all t between a and æ. O the maximum or a convenient upper bound of f(n+1) (t) for all t between a and x. O the maximum or a convenient upper bound of f(") (t)| for all t between a and æ. O the maximum or a convenient upper bound of f(n+1) (t)| for all t between a and x
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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![The number M in the Taylor inequality
|Ra| = |f(x) – T,(x)| < M-
a n+1
is
(n + 1)!
-
Choose one best option below
the minimum of f(n+1)(t)| for all t between a and x.
the maximum or a convenient upper bound of f(n+1) (t) for all t between a and x.
the maximum or a convenient upper bound off(") (t)| for all t between a and x.
the maximum or a convenient upper bound of f(n+1) (t)| for all t between a and x.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F286060ef-b6f0-4e93-baf7-6d09e677932d%2Feda88fcf-02dc-45f0-a242-4761d75f27d0%2Fxc6921p_processed.png&w=3840&q=75)
Transcribed Image Text:The number M in the Taylor inequality
|Ra| = |f(x) – T,(x)| < M-
a n+1
is
(n + 1)!
-
Choose one best option below
the minimum of f(n+1)(t)| for all t between a and x.
the maximum or a convenient upper bound of f(n+1) (t) for all t between a and x.
the maximum or a convenient upper bound off(") (t)| for all t between a and x.
the maximum or a convenient upper bound of f(n+1) (t)| for all t between a and x.
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