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Difficulty Level:

Medium

MCQ

The table gives selected values of the differentiable function h{h}.

Below is Tom’s attempt to write a formal justification for the fact that there exists a value c{c} in the interval (4,3)(-4,-3) such that h(c)=2h^{\prime}({c})=2.

Is Tom’s justification complete? If not, why?

Tom’s justification:

We are given that hh is differentiable, which means it’s both differentiable and continuous over the interval [4,3][-4,-3]. Furthermore, h(3)h(4)3(4)=2\frac{h(-3)-h(-4)}{-3-(-4)}=2

So, according to the mean value theorem, there exists a value c{c} somewhere in the interval (4,3)(-4,-3) such that h(c)=2h^{\prime}(c)=2. Options

Select all that apply :

Yes, Tom’s justification is complete.

No, Tom did not establish that the average rate of change of hh over [4,3][-4,-3] is equal to 22 .

No, Tom should have mentioned that hh is differentiable.

None of the above

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