[Steps Shown] In problems 89-94, clearly show that the limit definition is used to obtain the derivative.
Question: In problems 89-94, clearly show that the limit definition is used to obtain the derivative.
\(f(x)=\frac{1}{x+2}\)
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![[Steps Shown] In problems 95-100, find the](/images/solutions/MC-solution-library-55293.jpg "[Steps Shown] In problems 95-100, find the slope of the tangent")
[Steps Shown] In problems 95-100, find the slope of the tangent
![[See Steps] In problems 95-100, find the](/images/solutions/MC-solution-library-55294.jpg "[See Steps] In problems 95-100, find the slope of the tangent")
[See Steps] In problems 95-100, find the slope of the tangent
![[Step-by-Step] In problems 95-100, find the slope](/images/solutions/MC-solution-library-55295.jpg "[Step-by-Step] In problems 95-100, find the slope of the tangent")
[Step-by-Step] In problems 95-100, find the slope of the tangent
![[Steps Shown] In problems 95-100, find the](/images/solutions/MC-solution-library-55296.jpg "[Steps Shown] In problems 95-100, find the slope of the tangent")
[Steps Shown] In problems 95-100, find the slope of the tangent
![[Solution] In problems 95-100, find the slope](/images/solutions/MC-solution-library-55297.jpg "[Solution] In problems 95-100, find the slope of the tangent line")
[Solution] In problems 95-100, find the slope of the tangent line
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