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Evaluate the limit using the appropriate Limit Law(s). (If an answer daes riot exist, enter DNE,) \[ \lim _{x \rightarrow 2} \sqrt{\frac{2 x^{2}+1}{3 x-2}} \] 26

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4 votes

To evaluate the limit
\displaystyle\sf \lim_(x\to 2) \sqrt{(2x^(2)+1)/(3x-2)}, we can directly substitute
\displaystyle\sf x=2 into the expression.

Plugging in
\displaystyle\sf x=2, we have:


\displaystyle\sf \lim_(x\to 2) \sqrt{(2x^(2)+1)/(3x-2)} = \sqrt{(2(2)^(2)+1)/(3(2)-2)} = \sqrt{(2(4)+1)/(6-2)} = \sqrt{(9)/(4)} = (3)/(2).

Therefore, the limit is
\displaystyle\sf (3)/(2).

User RaedMarji
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