The ebook Elementary Calculus is based on material originally written by H.J. Keisler. For more information please read the copyright pages.


Problems

Evaluate the following integrals.

04_integration-210.gif 04_integration-211.gif
04_integration-212.gif 04_integration-213.gif
04_integration-214.gif 04_integration-215.gif
04_integration-216.gif 04_integration-217.gif
04_integration-218.gif 04_integration-219.gif
04_integration-220.gif 04_integration-221.gif
04_integration-222.gif 04_integration-223.gif
04_integration-224.gif 04_integration-225.gif
04_integration-226.gif 04_integration-227.gif
04_integration-228.gif 04_integration-229.gif
04_integration-230.gif 04_integration-231.gif
04_integration-232.gif 04_integration-233.gif
04_integration-234.gif 04_integration-235.gif
04_integration-236.gif 04_integration-237.gif
04_integration-238.gif 04_integration-239.gif
04_integration-240.gif  

In Problems 32-36, find the position y as a function of f given the velocity v = dy/dt and the value of y at one point of time.

32 v = 2t + 3, y = 0 when t = 0
33 v = 4t2 - 1, y = 2 when t = 0
34 v = 3t4, y = 0 when t = - 1
35 v = 2 sin t, y = 10 when t = 0
36 v = 3t-1, y = 1 when t = 1

In Problems 37-42, find the position y and velocity v as a function of t given the acceleration a and the values of y and v at f = 0 or t = 1.

37            a = t,                  v = 0 and y = 1 when t = 0

38            a =-32,            v =10 and y = 0 when t = 0

39             a = 3t2,                v = 1 and y = 2 when t = 0

40             a = 1 - √t,        v = -2 and y = 1 when t = 0

41              a = t-3,               v = 1 and y = 0 when t = 1

42             a = -sin t,          v = 0 and y = 4 when r = 0

43             Which of the following definite integrals are undefined?

44              Find the function f such that f' is constant, f (0) = f'(0) and f (2) = f'(2).

45             An object moves with acceleration a = 6t. Find its position y as a function of f. given that y = 1 when t = 0 and y = 4 when t = 1.

46              Find the function h such that h" is constant, h(l) = 1, h(2) = 2, and h(3) = 3.

47              Suppose that F"(x) exists for all x. and let (x0, y0) and (x1, y1) be two given points. Prove that there is exactly one function G(x) such that

04_integration-241.gif

G(x0) = y0 G'(x1) = y1 G"(x) = F"(x) for all x.

48           Assume that F"(x) exists for all x, and let (x1, y1) and (x2, y2) be two points with x1 x2.

Prove that there is exactly one function G(x) such that G"(x) = F"(x) for all x, and the graph of G passes through the two points (x1, y1) and (x2, y2).


Last Update: 2006-11-25