(a) Consider the function f(x)=(ex −1)/x.
Use l’Hˆopital’s rule to show that lim f(x) = 1 when x
approaches 0
(b) Check this result empirically by writing a program to
compute f(x) for x = 10−k, k = 1,...,15. Do your results agree with
theoretical expectations? Explain why.
(c) Perform the experiment in part b again, this time using the
mathematically equivalent formulation, f(x)=(ex
−1)/log(ex), evaluated as indicated, with no
simplification. If this works any better, can you explain why?...