Question: Problem 8: Let f be a Riemannian integrable function over [a, b] and use the following Riemann or Lebesgue integral to define the function F(x):

 Problem 8: Let f be a Riemannian integrable function over [a,

b] and use the following Riemann or Lebesgue integral to define the

Problem 8: Let f be a Riemannian integrable function over [a, b] and use the following Riemann or Lebesgue integral to define the function F(x): F (2) = fly)dy, x E [a, b]. a Show that F is differentiable almost everywhere and F' = f almost everywhere in [a, b]

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