Question: Is there any s > 0 for which Let } exists? Let f(t) be defined for t > 0 such that f(t) is Riemann integrable

Is there any s > 0 for which Let } exists?

Is there any s > 0 for which Let } exists? Let f(t) be defined for t > 0 such that f(t) is Riemann integrable for on [0, r] for each r > 0 and there are constants c and C with C 2 0 such that If ( t ) ] 0, so that F(s) = [{f(t) } exists for s > c. Show that C IF (s) IS S - C for s > c, and conclude that lims . F(s) = 0

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