The particular solution of the differential equation: (x + 2)² d²-(x + 2) dx +y = (b + 1)(b + 2)x(in(x + 2))b dx where b is a positive constant is given by Ⓒyp(x) = (x+2)(In(x+2))b+2 O None of these Ⓒyp(x) = x(In(x+2))+1-x(In(x+2))b+2 Vp(x)= 1 (b + 1)(b +2) -x(In(x+2))b+2 Ⓒyp(x)=x (In(x+5))b+1

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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The particular solution of the differential equation:
(x + 2)²²-(x + 2) dx +y = (b + 1)(b + 2)x(in(x + 2))b
dx
where b is a positive constant is given by
Ⓒyp(x) = (x+2)(In(x+2))b+2
O None of these
Ⓒyp(x)= x(In(x + 2))+1-x(In(x+2))b+2
Vp(x)=
1
(b + 1)(b +2)
-x(In(x+2))b+2
Ⓒyp(x)=x (In(x+5))b+1
Transcribed Image Text:The particular solution of the differential equation: (x + 2)²²-(x + 2) dx +y = (b + 1)(b + 2)x(in(x + 2))b dx where b is a positive constant is given by Ⓒyp(x) = (x+2)(In(x+2))b+2 O None of these Ⓒyp(x)= x(In(x + 2))+1-x(In(x+2))b+2 Vp(x)= 1 (b + 1)(b +2) -x(In(x+2))b+2 Ⓒyp(x)=x (In(x+5))b+1
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