Question: Suppose that f and g are differentiable on [0, e] and that f' and g' are integrable on [0, e]. a) If e1 f(x)/xdx b)

Suppose that f and g are differentiable on [0, e] and that f' and g' are integrable on [0, e].
a) If ˆ«e1 f(x)/xdx
Suppose that f and g are differentiable on [0, e]

b)

Suppose that f and g are differentiable on [0, e]

c) If 0 ˆˆ {f(0), g(0)} ˆ© {f(e), g(e)} prove that

Suppose that f and g are differentiable on [0, e]

f (a) log x dx 0. e* (f (x) + f, (x)) dx = 0. 0 f(x)g,(x) dx=-1 g(x)f'(x) dx.

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