Use a table to estimate $\displaystyle\lim_{x \to %1\infty} f(x)$ where $\displaystyle f(x) = %0$.

First, calculate the missing values in the table below. Enter dne if a value does not exist. (Suggestion: use the for this task):

$\bold{x}$ \t $\bold{f(x)}$ \\ $%2[1]$ \t BOX \\ $%2[2]$ \t BOX \\ $%2[3]$ \t BOX \\ $%2[4]$ \t BOX
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The following table gives some values of $\displaystyle f(x) = %0$.

$\bold{x}$ \t $\bold{f(x)}$ \\ $%2[1]$ \t $%3[1]$ \\ $%2[2]$ \t $%3[2]$ \\ $%2[3]$ \t $%3[3]$ \\ $%2[4]$ \t $%3[4]$
The table suggests that
    $\displaystyle \lim_{x \to %1\infty} %0 = $ BOX
For an infinite limit, enter -inf for −∞, and inf for ∞. Otherwise, if a limit does not exist, enter dne.
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RANDOMIZE