2 Problem 1: Let f be a function. (a) What is the definition of an integral, e.g., what does it mean to say | f (x)dx I? %3D (b) Give an example of a function which is defined on [a, b], but is not integrable. Problem 2: For the following statements, answer true or false. If the statement is true, provi a short reason. If the statement is false, provide a counterexample (or explain why). (a) If f is integrable on [a, b] and F,G are two different anti-derivatives of f, then F(x) G(x) +c for all x E a, b and some constant c E R. (b) If | f(x) d = g(x) dx, then every upper sum for f is an upper sum for g. (c) If f, g are polynomials such that g(x)7 0 for all a E [a, b), then f/g is integrable on [a, (d) If f is continuous, y is differentiable, p' is integrable, and y(a) = p(b), then: %3D | f(p(x))'(x)dx = 0. True %3D
2 Problem 1: Let f be a function. (a) What is the definition of an integral, e.g., what does it mean to say | f (x)dx I? %3D (b) Give an example of a function which is defined on [a, b], but is not integrable. Problem 2: For the following statements, answer true or false. If the statement is true, provi a short reason. If the statement is false, provide a counterexample (or explain why). (a) If f is integrable on [a, b] and F,G are two different anti-derivatives of f, then F(x) G(x) +c for all x E a, b and some constant c E R. (b) If | f(x) d = g(x) dx, then every upper sum for f is an upper sum for g. (c) If f, g are polynomials such that g(x)7 0 for all a E [a, b), then f/g is integrable on [a, (d) If f is continuous, y is differentiable, p' is integrable, and y(a) = p(b), then: %3D | f(p(x))'(x)dx = 0. True %3D
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