Question: In Exercises 45-46, we demonstrate that, in general, you cannot obtain an antiderivative of a product of functions by taking a product of antiderivatives of

 In Exercises 45-46, we demonstrate that, in general, you cannot obtain
an antiderivative of a product of functions by taking a product of

In Exercises 45-46, we demonstrate that, in general, you cannot obtain an antiderivative of a product of functions by taking a product of antiderivatives of each. 45. Show that G (x) = x'e is not an antiderivative of f (x) = 2xe but H (x) = 2xet - 2ex is

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