If we attempt to solve the equation y 2y = sin(t) via the variation of parameters which of the following system of equation we must solve? O ujet + uhet = 0 2u e + ube i = sin(t) O ujet + uzet = sin(t) 2uje - uzet = 0 O ujet + uzet = 0 W 2ujet - uhe t = A sin(t) + Bcos(t) O ujet + uhe 0 2u et - uhet = sin(t)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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If we attempt to solve the equation y
2y = sin(t) via the variation of parameters which of the following system of equation we must solve?
O ujet + uhet = 0
2u e + ube i = sin(t)
O ujet + uzet = sin(t)
2uj e - uzet = 0
O ujet + uzet = 0
W 2ujet - uhe t = A sin(t) + Bcos(t)
O uje2t + uhe t 0
2u et – uhet = sin(t)
Transcribed Image Text:If we attempt to solve the equation y 2y = sin(t) via the variation of parameters which of the following system of equation we must solve? O ujet + uhet = 0 2u e + ube i = sin(t) O ujet + uzet = sin(t) 2uj e - uzet = 0 O ujet + uzet = 0 W 2ujet - uhe t = A sin(t) + Bcos(t) O uje2t + uhe t 0 2u et – uhet = sin(t)
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