sin Consider the following function g(x) = x e Suppose that we have previously seen analytically that s g(x)s 4x? for all x+0. sin- a.) Use the Squeeze Theorem to find lim xe Explain (in complete sentences) how you know what the limit is. x-0 b.) Why does the inequality s g(x) s 4x? not work for x=0 ? Explain why we do not need the inequality to hold when x=0 for the Squeeze Theorem.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1
sin
Consider the following function g(x) =x e
Suppose that we have previously seen analytically that -
s g(x)s 4x2 for all x 0.
1
sin-
a.) Use the Squeeze Theorem to find lim xe
Explain (in complete sentences) how you know what the limit is
b.) Why does the inequality s g(x)s 4x not work for x=0 ? Explain why we do not need the inequality to hold when x=0 for the Squeeze Theorem.
Transcribed Image Text:1 sin Consider the following function g(x) =x e Suppose that we have previously seen analytically that - s g(x)s 4x2 for all x 0. 1 sin- a.) Use the Squeeze Theorem to find lim xe Explain (in complete sentences) how you know what the limit is b.) Why does the inequality s g(x)s 4x not work for x=0 ? Explain why we do not need the inequality to hold when x=0 for the Squeeze Theorem.
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