8. Determine the value of n and h required to approximate r2 1 -dx x + 4 to within 10-3 and compute the approximation for n = 4. Use the Compo Trapezoidal rule: п-1 h b – a | f(r)dr = lf(a) + f(b) + 2 £ f(x;)] 2?f"(µ) 12 j=1 with h = (b – a)/n.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Question
8.
Determine the value of n and h required to approximate
r2
1
-dx
x + 4
to within 10-5 and compute the approximation for n = 4. Use the Composite
Trapezoidal rule:
п-1
b – a
| F(x)dx = [f(a) + f(b) +2 f(x;)] ·
h
² f" ()
12
-
j=1
with h = (b – a)/n.
9.
Find the degree of accuracy of the quadrature formula
V3
V3
L (=)dz = f(-+ f
and then derive the formula for
| f(x)dx.
a
Transcribed Image Text:8. Determine the value of n and h required to approximate r2 1 -dx x + 4 to within 10-5 and compute the approximation for n = 4. Use the Composite Trapezoidal rule: п-1 b – a | F(x)dx = [f(a) + f(b) +2 f(x;)] · h ² f" () 12 - j=1 with h = (b – a)/n. 9. Find the degree of accuracy of the quadrature formula V3 V3 L (=)dz = f(-+ f and then derive the formula for | f(x)dx. a
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