Pregunta
Which function has a horizontal asymptote of
?
Ask by Reeves Bowers. in the United States
Mar 25,2025
Solución de inteligencia artificial de Upstudy
Respuesta verificada por el tutor
Responder
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
.
- As
-
- 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.
- This can be rewritten as
-
- Similar reasoning: as
, so ; as , . - No horizontal asymptote at
.
- Similar reasoning: as
-
- Here, the function has the form “exponential function
constant”. - As
, so . - This shows that the horizontal asymptote is
.
- Here, the function has the form “exponential function
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.
-
For
, as approaches infinity, this function grows without bound (towards positive infinity), so it does not have a horizontal asymptote of 3. -
In the case of
, as increases, this function also approaches infinity, so no horizontal asymptote at 3 here either. -
Now, look at
. Just like the previous two, as grows, this function will also grow towards infinity, not a candidate for 3. -
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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