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Everything about Asymptote totally explained

A locally connected curve A is said to be an asymptote of the locally connected curve B when the following is true: » For any positive epsilon, there exist unbounded connected subsets (pieces of the respective curves) A^primesubseteq A and B^primesubseteq B, such that for every point in A^prime its distance to the nearest point in B^prime is lower than epsilon.

In other words, as one moves along B in some direction, the distance between it and the asymptote A eventually becomes smaller than any distance that one may specify.
   If a curve A has the curve B as an asymptote, one says that A is asymptotic to B. Similarly B is asymptotic to A, so A and B are called asymptotic.
   Essentially, a linear asymptote is a straight line a line that a graph approaches, but doesn't become identical to.

Asymptotes, graphs and definitions

Meaning

Asymptotes are formally defined using limits. There are many different cases that can be treated separately, such as linear asymptotes (below), although intuitively the two functions become arbitrarily close.
   A specific example of linear asymptotes can be found in the graph of the function f(x) = 1/x, in which two asymptotes are seen: the horizontal line y = 0 and the vertical line x = 0.
   There are multiple ways of interpreting asymptotic behavior. In particular the statement "A function f(x) is said to be asymptotic to a function g(x) as x → ∞" has any of at least three distinct meanings:
  1. f(x) − g(x) → 0.
  2. f(x) / g(x) → 1.
  3. f(x) / g(x) has a nonzero limit.
More formally, curves A and B are asymptotic if and only if there exist continuous functions x_A, y_A, x_B, y_Bcolon[0,1) omathbb|x|.

Translations of known functions

If a known function has an asymptote (such as y=0 for f(x)=ex), then the translations of it also have an asymptote.
  • If x=a is a vertical asymptote of f(x), then x=a+k is a vertical asymptote of f(x-h)+k
  • If y=b is a horizontal asymptote of f(x), then y=b+h is a horizontal asymptote of f(x-h)+k For example, f(x)=ex-1+2 has horizontal asymptote y=0+2=2, and no vertical or oblique asymptotes.

    Further Information

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