(a) Show that d dx [Hint: Use integration by parts.] (b) Let 8(x) be the step...

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(a) Show that d dx [Hint: Use integration by parts.] (b) Let 8(x) be the step function: 0(x) = (8(x)) = -8(x). Show that de/dx = 5(x). 1, 0, if x > 0 ::} if x ≤ 0 (a) Show that d dx [Hint: Use integration by parts.] (b) Let 8(x) be the step function: 0(x) = (8(x)) = -8(x). Show that de/dx = 5(x). 1, 0, if x > 0 ::} if x ≤ 0

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To solve part a we will use the definition of the delta function in an integral The delta function is a distribution not an ordinary function which ca... View the full answer