In In = (a) Prove the reduction formulae 1 -- sinn-1 x cos x + n (HINT: Use integration by parts where u = sin x). (b) Prove that - [sin" zdr. n-1 n -In-2 Io = x +C; I₁ = cos x + C. (c) Use the reduction formula in (a) to evaluate 16 and 17.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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In :=
(a) Prove the reduction formulae
In
Isin'
sin” rdr.
ed
1
= -sin-
n
(HINT: Use integration by parts where u = sin x).
(b) Prove that
x cos x +
n
n
1
-In-2
Io = x + C; I₁ = cos x + C.
(c) Use the reduction formula in (a) to evaluate 16 and 17.
Transcribed Image Text:In := (a) Prove the reduction formulae In Isin' sin” rdr. ed 1 = -sin- n (HINT: Use integration by parts where u = sin x). (b) Prove that x cos x + n n 1 -In-2 Io = x + C; I₁ = cos x + C. (c) Use the reduction formula in (a) to evaluate 16 and 17.
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