Ca) TRUE / PALSE Let f be a continuous interval Ca.b]. If f(a) = F(6), then there exists functcon over a closed Some Ce Ca,b) with f'Cc) =o . (b) TRUE (EALSE Let f be differentiable function on (-∞ CE C-00,0. one -to-one on C-0,0 a Such that f'(<) $0 for au Then f be must (c) TELE /PALSE If f on Ca,6] , then f is Ca,b]. does not have an absokte maxximum not contincaus on

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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Determine
faise. Incude
if Calways) true
explanation
or Cat least sometimes)
and mathematicae
argument.
(a) TRUE / FALSE
Let f be
interval Eaib]. If f(a) = f (l6), then there exists
continuouS
functcon over
a closed
some
Ce ca,b) with f'Cc) =o.
(bo TRUE (FALSE
Let f be
differentiable function on (-∞, )
a
for au
one -to-one on C-∞,0
Such that
CE (-00,00
Then f
be
must
(c) TELE / PALSE
子f
on ta,6 , then f is not contincos
Ca,b].
does
not have an absolktte maximom
on
E
Transcribed Image Text:Determine faise. Incude if Calways) true explanation or Cat least sometimes) and mathematicae argument. (a) TRUE / FALSE Let f be interval Eaib]. If f(a) = f (l6), then there exists continuouS functcon over a closed some Ce ca,b) with f'Cc) =o. (bo TRUE (FALSE Let f be differentiable function on (-∞, ) a for au one -to-one on C-∞,0 Such that CE (-00,00 Then f be must (c) TELE / PALSE 子f on ta,6 , then f is not contincos Ca,b]. does not have an absolktte maximom on E
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