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Problem 1: Find the derivatives of the functions: (a) f (x) =R1 x ln t dt, (b) g(s) =Rsin s 1 (z + cos z) dz

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University of Saskatchewan

Department of Mathematics and Statictis MID-TERM 1 EXAMINATION

June 18, 2004 Math 116.3 Time: 90 minutes

Closed book. No calculators. No formula sheets.

Answer all questions. Each problem has equal mark - 5 points.

Total number of points: 35.

Problem 1: Find the derivatives of the functions:

(a) f (x) =R1

x ln t dt, (b) g(s) =Rsin s

1 (z + cos z) dz.

Problem 2: Evaluate the following integrals or explain why they don’t exist:

(a) R3

2(4 + x2√ x) dx, (b) R−5

−7(sin(π√ y)) dy, (c) R (3ez+ sec2z) dz, (d) R 3

999 0 (34·t2

1+t3) dt, (e) R π2

0 cos u tan(sin u) du.

Problem 3: Find the area of the region enclosed by the curves y = x3− 3x and y = x.

Problem 4: Find the volume of the solid obtained by revolving about the x axis the region bounded by the curves y = −x2 and y = x.

Problem 5: Find the volume of the solid S, whose base is the ellipse x42+y92 = 1 and cross-sections perpendicular to the x axis are equilateral triangles.

Problem 6: Use any method to find the volume generated by rotating the region bounded by the curves y = 2x2, y = 0 and x = 1 about the y axis.

Problem 7: A chain that weighs 1000 kg is used to lift 2.5 tones of coal up a mineshaft 200 meters deep. Find the work done.

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