Mathematics

Mathematics

Problem

An Archimedean spiral is defined by r=θr = \theta for 0≤θ≤1.50 \le \theta \le 1.5. a. Set up, but do not evaluate, a definite integral whose value equals the area of the region traced out by the spiral on the given interval. b. Using Simpson’s Rule with n=6n = 6 equal subintervals, approximate the area to three decimal places. c. The function r=θr = \theta is increasing on [0,1.5][0,1.5]. Based only on this monotonicity, state whether the Simpson’s Rule approximation in part (b) is expected to be an underestimate, an overestimate, or exact. Provide a brief justification.

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