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Which function has a horizontal asymptote of ?

Ask by Reeves Bowers. in the United States
Mar 25,2025

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The function with a horizontal asymptote of is .

Solución

We need to find the function that approaches as becomes very large in the negative or positive direction (depending on the function).
Consider each option:
    • As , so .
    • As , so .
    • Neither direction gives a horizontal asymptote of .
    • This can be rewritten as .
    • There is no additive constant here; the behavior is determined solely by the exponential term.
    • As , ; as , .
    • No horizontal asymptote at appears.
    • Similar reasoning: as , so ; as , .
    • No horizontal asymptote at .
    • Here, the function has the form “exponential function constant”.
    • As , so .
    • This shows that the horizontal asymptote is .
Thus, the function that has a horizontal asymptote of is

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Beyond the Answer

To find a function with a horizontal asymptote of , we need to look at the behavior of each function as approaches infinity.
  1. For , as approaches infinity, this function grows without bound (towards positive infinity), so it does not have a horizontal asymptote of 3.
  2. In the case of , as increases, this function also approaches infinity, so no horizontal asymptote at 3 here either.
  3. Now, look at . Just like the previous two, as grows, this function will also grow towards infinity, not a candidate for 3.
  4. Finally, consider . The term dominates as approaches infinity, pushing the function to increase indefinitely with a poor chance of approaching 3.
None of the provided functions have a horizontal asymptote at because they either diverge to or do not settle down towards 3.
If you were thinking of a function that does approach 3, one common form is where and are positive constants. As tends to infinity, the term approaches 0, thus approaches 3.

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