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Find the Midpoint Rule Approximation for I = $\approx$ 07862, I =

Question 91

Multiple Choice

Find the Midpoint Rule approximation $Find the Midpoint Rule approximation for I = based on dividing [0, 1] into 5 equal subintervals. Quote your answer to 4 decimal places. Calculate the exact value of I and so determine the error in the approximation. A) M5 \approx 0.7862, I = \pi /4 \approx 0.7854, Error \approx - 0.0008 B) M5 \approx 0.7862, I = \pi /4 \approx 0.7854, Error \approx 0.0008 C) M5 \approx 0.7872, I = \pi /4 \approx 0.7854, Error \approx - 0.0018 D) M5 \approx 0.7872, I = \pi /4 \approx 0.7854, Error \approx 0.0008 E) M5 \approx 0.7837, I = \pi /4 \approx 0.7854, Error \approx 0.0017$ for I = $Find the Midpoint Rule approximation for I = based on dividing [0, 1] into 5 equal subintervals. Quote your answer to 4 decimal places. Calculate the exact value of I and so determine the error in the approximation. A) M5 \approx 0.7862, I = \pi /4 \approx 0.7854, Error \approx - 0.0008 B) M5 \approx 0.7862, I = \pi /4 \approx 0.7854, Error \approx 0.0008 C) M5 \approx 0.7872, I = \pi /4 \approx 0.7854, Error \approx - 0.0018 D) M5 \approx 0.7872, I = \pi /4 \approx 0.7854, Error \approx 0.0008 E) M5 \approx 0.7837, I = \pi /4 \approx 0.7854, Error \approx 0.0017$ based on dividing [0, 1] into 5 equal subintervals. Quote your answer to 4 decimal places. Calculate the exact value of I and so determine the error in the approximation.

A) M₅ $\approx$ 0.7862, I = $\pi$ /4 $\approx$ 0.7854, Error $\approx$ - 0.0008
B) M₅ $\approx$ 0.7862, I = $\pi$ /4 $\approx$ 0.7854, Error $\approx$ 0.0008
C) M₅ $\approx$ 0.7872, I = $\pi$ /4 $\approx$ 0.7854, Error $\approx$ - 0.0018
D) M₅ $\approx$ 0.7872, I = $\pi$ /4 $\approx$ 0.7854, Error $\approx$ 0.0008
E) M₅ $\approx$ 0.7837, I = $\pi$ /4 $\approx$ 0.7854, Error $\approx$ 0.0017