5. The following data give approximations to the integral = S 0 h N₁(h) = 1.570796, N₁ (1) = M = sin x dx. 1.896119, №₁ (1) h = 1.974232, №₁ (1) 8 = 1.993570. Assuming M = N₁(h) + K₁h² + K₂h + K3h6 + K4h8 + 0 (h¹0), construct an extrapolation table to determine N₁(h).
5. The following data give approximations to the integral = S 0 h N₁(h) = 1.570796, N₁ (1) = M = sin x dx. 1.896119, №₁ (1) h = 1.974232, №₁ (1) 8 = 1.993570. Assuming M = N₁(h) + K₁h² + K₂h + K3h6 + K4h8 + 0 (h¹0), construct an extrapolation table to determine N₁(h).
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Don't copy paste from others as they are wrong
![5.
The following data give approximations to the integral
5² si sin x dx.
N₁(h) 1.570796, N₁
M =
2
= 1.896119, N₁
= 1.974232, N₁
h
8
= 1.993570.
4
Assuming M = N₁(h) + K₁h² + K₂h4+ K3h6 + K4h8 + 0 (h¹0), construct an extrapolation table
to determine N4(h).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F46ef9537-1ee2-4049-8de2-a5a2651d41f3%2Fd8f2b315-fc74-467b-ab33-6f6e13f9a9ca%2Fe1a8exx_processed.png&w=3840&q=75)
Transcribed Image Text:5.
The following data give approximations to the integral
5² si sin x dx.
N₁(h) 1.570796, N₁
M =
2
= 1.896119, N₁
= 1.974232, N₁
h
8
= 1.993570.
4
Assuming M = N₁(h) + K₁h² + K₂h4+ K3h6 + K4h8 + 0 (h¹0), construct an extrapolation table
to determine N4(h).
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