Suppose that we want to approximate In(2) using numerical quadrature and if the function used in...

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Suppose that we want to approximate In(2) using numerical quadrature and if the function used in the integral is f(x) Select one: O a. If we use the composite Simpson's rule with three applications of the Simpson's rule and with all nodes are equally-spaced, then z 1, 7o ,s-2. Ob. If we use the composite Simpson's rule with three applications of the Simpson's rule and with all nodes are equally-spaced, then ze 0, z1 Te 1. Oc. If we use the composite midpoint rule with three applications of the midpoint rule and with all nodes are equally-spaced, then re 1, 1 Is , 16 2 Od. If we use the composite Simpson's rule with two applications of the Simpson's rule and with all 1, z nodes are equally-spaced, then zo ***s ,r 2. Suppose that we want to approximate In(2) using numerical quadrature and if the function used in the integral is f(x) Select one: O a. If we use the composite Simpson's rule with three applications of the Simpson's rule and with all nodes are equally-spaced, then z 1, 7o ,s-2. Ob. If we use the composite Simpson's rule with three applications of the Simpson's rule and with all nodes are equally-spaced, then ze 0, z1 Te 1. Oc. If we use the composite midpoint rule with three applications of the midpoint rule and with all nodes are equally-spaced, then re 1, 1 Is , 16 2 Od. If we use the composite Simpson's rule with two applications of the Simpson's rule and with all 1, z nodes are equally-spaced, then zo ***s ,r 2.