Using the graph, find the specified limit or state that the limit does not exist (DNE).limx→0−f(x)\lim_{x\rightarrow0^{-}}f\left(x\right)limx→0−f(x) , limx→0+f(x)\lim_{x\rightarrow0^{+}}f\left(x\right)limx→0+f(x), limx→0f(x)\lim_{x\rightarrow0}f\left(x\right)limx→0f(x)

lim⁡x→0−f(x)=0\lim_{x\$$rightarrow0^{-}$$}f\left(x\right)=0limx→0−f(x)=0, lim⁡x→0+f(x)=0\lim_{x\$$rightarrow0^{+}$$}f\left(x\right)=0limx→0+f(x)=0, lim⁡x→0f(x)=0\$$lim_{x\rightarrow0}f$$\left(x\right)=0limx→0f(x)=0

Using the graph, find the specified limit or state that the limit...

Precalculus

22. Limits & Continuity

Introduction to Limits

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Multiple Choice

Find the limit using the graph of $f$\left$(x$\right$)$ shown.

$$\lim$_{x$\rarr$1}f$\left$(x$\right$)$

Find the limit using the graph of $f$\left$(x$\right$)$ shown.

$$\lim$_{x$\rarr$-2}f$\left$(x$\right$)$

Find the limit using the graph of $f$\left$(x$\right$)$ shown.

$$\lim$_{x$\rarr$4}f$\left$(x$\right$)$

Using the graph, find the specified limit or state that the limit does not exist (DNE).

$$\lim$_{x$\rarr$-2^{-}}f$\left$(x$\right$)$ , $$\lim$_{x$\rarr$-2^{+}}f$\left$(x$\right$)$ , $$\lim$_{x$\rarr$-2^{}}f$\left$(x$\right$)$

Using the graph, find the specified limit or state that the limit does not exist.

$$\lim$_{x$\rightarrow$4^{-}}f$\left$(x$\right$)$ , $$\lim$_{x$\rightarrow$4^{+}}f$\left$(x$\right$)$ , $$\lim$_{x$\rightarrow$4}f$\left$(x$\right$)$

Find the specified limit or state that the limit does not exist by creating a table of values.

$f$\left$(x$\right$)=$\frac{1}{x}$$

$$\lim$_{x$\rightarrow$1^{-}}f$\left$(x$\right$)$ , $$\lim$_{x$\rightarrow$1^{+}}f$\left$(x$\right$)$ , $$\lim$_{x$\rightarrow$1}f$\left$(x$\right$)$

Use the graph of $f$\left$(x$\right$)$ to estimate the value of the limit or state that it does not exist (DNE).

$$\lim$_{x$\rarr$1}f$\left$(x$\right$)$

Use the graph of $f$\left$(x$\right$)$ to estimate the value of the limit or state that it does not exist (DNE).

$$\lim$_{x$\rarr$-2}f$\left$(x$\right$)$

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