Suppose that, given g(x), you need to prove convergence of accompanying integral via limit comparison test. Which one of the following pairs is suitable? 1/2 sin) x3/2(1 – x²) TI dx; g(a) In(x + 1) x(e + 1) 1 dx: g(x): xe2 II dx III : g(x): |3D - 5/-

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Suppose that. given g(z). you need to prove convergence of
accompanying integral via limit comparison test. Which one
of the following pairs is suitable?
1/2
sin)
x3/2(1– x²)
dr:
g(x)
In(x+1)
dr:
r(e + 1)
II:
g(x)
re2r
dx
1
III :
g(x)
Vx3 - x
Vx - 1
16:12
2]
Transcribed Image Text:Suppose that. given g(z). you need to prove convergence of accompanying integral via limit comparison test. Which one of the following pairs is suitable? 1/2 sin) x3/2(1– x²) dr: g(x) In(x+1) dr: r(e + 1) II: g(x) re2r dx 1 III : g(x) Vx3 - x Vx - 1 16:12 2]
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