4. Let's recall the definition of horizontal/slant asymptote. Let f be a function defined at least on an interval (c, o0) for some c E R. We say that f has an asymptote as r oo when there exist numbers m, bER such that lim [f(x) – (mx + b)] = 0 Notice that this includes both slant asymptotes (when m # 0) and horizontal asymptotes (when m = 0). Consider the following two claims: THEN lim f(x) exists. Claim A: IF f has an asymptote as x 00, f(x) exists, THEN f has an asymptote as r o. Claim B: IF lim (a) Prove that Claim A is true. (b) Prove that Claim B is false.

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ISBN:9780470458365
Author:Erwin Kreyszig
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4. Let's recall the definition of horizontal/slant asymptote. Let f be a function defined at least on
an interval (c, o0) for some c E R. We say that f has an asymptote as x ∞ when there exist
numbers m, b ER such that
lim [f(x) – (mx + b)] = 0.
Notice that this includes both slant asymptotes (when m + 0) and horizontal asymptotes (when
m = 0).
m3D
Consider the following two claims:
f(x)
exists.
Claim A:
IF f has an asymptote as r 0,
THEN lim
f(x)
exists,
THEN f has an asymptote as r → 0.
Claim B:
IF lim
(a) Prove that Claim A is true.
(b) Prove that Claim B is false.
Transcribed Image Text:4. Let's recall the definition of horizontal/slant asymptote. Let f be a function defined at least on an interval (c, o0) for some c E R. We say that f has an asymptote as x ∞ when there exist numbers m, b ER such that lim [f(x) – (mx + b)] = 0. Notice that this includes both slant asymptotes (when m + 0) and horizontal asymptotes (when m = 0). m3D Consider the following two claims: f(x) exists. Claim A: IF f has an asymptote as r 0, THEN lim f(x) exists, THEN f has an asymptote as r → 0. Claim B: IF lim (a) Prove that Claim A is true. (b) Prove that Claim B is false.
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