PART I. Fill in the blanks.
Each blank is worth 7 points. Only the final clearly labeled answer will be graded.
第 1 題7 分
Evaluate _____(1)_____.
第 2 題7 分
The curve described by passes through the point . Find an equation for the tangent line to the curve at . _____(2)_____.
第 3 題7 分
The absolute maximum value of the function is _____(3)_____.
第 4 題7 分
The graph of the function has an inflection point at _____(4)_____.
第 5 題7 分
Solve for the function that satisfies \int_\sqrt{x} ^4 \frac{f(t^2)}{\ln t} dt = e^{(x-16)^2} - \frac{x}{16}, . _____(5)_____.
第 6 題7 分
The volume generated by rotating the region under the curve from to about the -axis is _____(6)_____.
第 7 題7 分
Determine if the improper integral is convergent or divergent. Evaluate the improper integral if it is convergent. _____(7)_____.
第 8 題7 分
Find the point on the surface given by that is closest to the origin. _____(8)_____.
第 9 題7 分
Evaluate _____(9)_____.
第 10 題7 分
Solve the initial value problem. , . _____(10)_____.
PART II. Show ALL your work and justify your answer.
Each problem is worth 15 points. Only the clearly laid out steps of solving the problem will be graded.
第 11 題15 分
Evaluate the integral by making an appropriate change of variables. where is the trapezoidal region with vertices , , , and .
第 12 題15 分
Sketch the graph of the function . Label the following objectives on your graph: (a) Asymptotes (b) Local extrema (points and values) (c) Intervals of increase/decrease (d) Concave up/down intervals.
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