Question: The approximation rule alike to the Trapezoid Rule is the Midpoint Rule. The rule gives the approximation for the integral f(t)dt by (b a)([b+a]/2).

The approximation rule alike to the Trapezoid Rule is the Midpoint Rule. 

The approximation rule alike to the Trapezoid Rule is the Midpoint Rule. The rule gives the approximation for the integral f(t)dt by (b a)([b+a]/2). Present a rigorous proof assuming the function f : [a, b] R is continuous and that its restriction : (a, b) R has a 2nd derivative, then for a point & (a,b), + - (b a)" (p) 1 24 = (b a)/2, n = (a+b)/2, & let G(t) = [fm+z ] 2x(n) ( 2 ) fn+% 25 ()n for xo x xo, then use - Tip: Let x = [*(t)dt = (b a)(+b) 2 Generalized Rolle's Theorem having m = 1 to the function G : [-o, To] R

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