**Q1: **

Find the linear approximation of the function at .

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**Q2: **

Find the linear approximation of the function at .

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**Q3: **

What is the tangent line approximation of near ?

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**Q4: **

Find the linear approximation of the function at .

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**Q5: **

Find the linear approximation of the function at .

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**Q6: **

Find the linear approximation of the function at .

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**Q7: **

Find the linear approximation of the function at .

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**Q8: **

Find the linear approximation of the function at .

**Q9: **

Find the linear approximation of the function at .

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- E0

**Q10: **

Find the linear approximation of the function at .

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**Q11: **

Find the linear approximation of the function at .

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**Q12: **

Find the linear approximation of the function at .

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**Q13: **

By finding the linear approximation of the function at a suitable value of , estimate the value of .

- A15.984
- B15.992
- C16.032
- D15.968
- E16.016

**Q14: **

By finding the linear approximation of the function at a suitable value of , estimate the value of .

**Q15: **

By finding the linear approximation of the function at a suitable value of , estimate the value of .

**Q16: **

By finding the linear approximation of the function at a suitable value of , estimate the value of .

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