For each sequence, explain whether it is conver- gent, divergent to t∞, or otherwise divergent (not to too). If it is convergent, find its limit. You may use any theorems we have proved in class or on home- work. (b) lim+4 x² - 4 Vx-2 (c) lim x-2 4 -

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Chapter2: Second-order Linear Odes
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For each sequence, explain whether it is conver-
gent, divergent to t∞, or otherwise divergent (not to too). If it is convergent,
find its limit. You may use any theorems we have proved in class or on home-
work.
x² 4
(b) lim+4
(c) lim √
x² 4
X -2
Transcribed Image Text:For each sequence, explain whether it is conver- gent, divergent to t∞, or otherwise divergent (not to too). If it is convergent, find its limit. You may use any theorems we have proved in class or on home- work. x² 4 (b) lim+4 (c) lim √ x² 4 X -2
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