26.8 10xe-0.2 de we obtain 25 1. Using composite trapezoidal rule with n = 5 sub-intervals to estimate the approximation 2. What is the maximum possible absolute error if composite trapezoidal rule with n = 5 sub-intervals is used to estimate the above integral? 3. How large should n be so that when composite trapezoidal rule with n sub-intervals is used to estimate the above integral, the maximum possible absolute error is less than 0.0001 ? n >
26.8 10xe-0.2 de we obtain 25 1. Using composite trapezoidal rule with n = 5 sub-intervals to estimate the approximation 2. What is the maximum possible absolute error if composite trapezoidal rule with n = 5 sub-intervals is used to estimate the above integral? 3. How large should n be so that when composite trapezoidal rule with n sub-intervals is used to estimate the above integral, the maximum possible absolute error is less than 0.0001 ? n >
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
100%
first 3
![26.8
1. Using composite trapezoidal rule with n =
- 0.2z dx we obtain
5 sub-intervals to estimate
10xe
the approximation
2. What is the maximum possible absolute error if composite trapezoidal rule with n = 5 sub-intervals is
used to estimate the above integral?
3. How large should n be so that when composite trapezoidal rule with n sub-intervals is used to
estimate the above integral, the maximum possible absolute error is less than 0.0001 ? n >
26.8
4. Using composite Simpson's rule with n = 8 sub-intervals to estimate
- 0.2z dx we obtain
10xe
the approximation
5. What is the maximum possible absolute error if composite Simpson's rule with n = 8 sub-intervals is
used to estimate the above integral?
6. How large should n be so that when composite Simpson's rule with n sub-intervals is used to estimate
the above integral, the maximum possible absolute error is less than 0.0001 ? n >](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F64c780d2-a8a0-4ff8-a74c-59396aa6e397%2F751175db-2b08-4089-8c6c-5eed172b4ee2%2Fk2ijo6_processed.png&w=3840&q=75)
Transcribed Image Text:26.8
1. Using composite trapezoidal rule with n =
- 0.2z dx we obtain
5 sub-intervals to estimate
10xe
the approximation
2. What is the maximum possible absolute error if composite trapezoidal rule with n = 5 sub-intervals is
used to estimate the above integral?
3. How large should n be so that when composite trapezoidal rule with n sub-intervals is used to
estimate the above integral, the maximum possible absolute error is less than 0.0001 ? n >
26.8
4. Using composite Simpson's rule with n = 8 sub-intervals to estimate
- 0.2z dx we obtain
10xe
the approximation
5. What is the maximum possible absolute error if composite Simpson's rule with n = 8 sub-intervals is
used to estimate the above integral?
6. How large should n be so that when composite Simpson's rule with n sub-intervals is used to estimate
the above integral, the maximum possible absolute error is less than 0.0001 ? n >
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