The instructions for the integrals in Exercises 1-10 have two parts one for the Trapezoidal Rule and one for Simpson's Rule. I. Using the Trapezoidal Rule a. Estimate the integral with n = 4 steps and find an upper bound for |Er|. b. Evaluate the integral directly and find |E"|. c. Use the formula (|E7|/(true value)) X 100 to express |E7| as a percentage of the integral’s true value. II. Using Simpson's Rule a. Estimate the integral with n = 4 steps and find an upper bound for |Es. b. Evaluate the integral directly and find |Es. c. Use the formula (|Es|/(true value)) X 100 to express |Es| as a percentage of the integral’s true value. x dx 2. (2x – 1) dx 1. (x² + 1) dx 3. 4. (13 + t) dt (1³ + 1) dt 5. 6. ds 1)2 7. 8. ds 2 (s sin t dt 10. sin mt dt 9.

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The instructions for the integrals in Exercises 1-10 have two parts
one for the Trapezoidal Rule and one for Simpson's Rule.
I. Using the Trapezoidal Rule
a. Estimate the integral with n = 4 steps and find an upper
bound for |Er|.
b. Evaluate the integral directly and find |E"|.
c. Use the formula (|E7|/(true value)) X 100 to express |E7| as
a percentage of the integral’s true value.
II. Using Simpson's Rule
a. Estimate the integral with n = 4 steps and find an upper
bound for |Es.
b. Evaluate the integral directly and find |Es.
c. Use the formula (|Es|/(true value)) X 100 to express |Es| as
a percentage of the integral’s true value.
x dx
2.
(2x – 1) dx
1.
(x² + 1) dx
3.
4.
(13 + t) dt
(1³ + 1) dt
5.
6.
ds
1)2
7.
8.
ds
2 (s
sin t dt
10.
sin mt dt
9.
Transcribed Image Text:The instructions for the integrals in Exercises 1-10 have two parts one for the Trapezoidal Rule and one for Simpson's Rule. I. Using the Trapezoidal Rule a. Estimate the integral with n = 4 steps and find an upper bound for |Er|. b. Evaluate the integral directly and find |E"|. c. Use the formula (|E7|/(true value)) X 100 to express |E7| as a percentage of the integral’s true value. II. Using Simpson's Rule a. Estimate the integral with n = 4 steps and find an upper bound for |Es. b. Evaluate the integral directly and find |Es. c. Use the formula (|Es|/(true value)) X 100 to express |Es| as a percentage of the integral’s true value. x dx 2. (2x – 1) dx 1. (x² + 1) dx 3. 4. (13 + t) dt (1³ + 1) dt 5. 6. ds 1)2 7. 8. ds 2 (s sin t dt 10. sin mt dt 9.
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