The general solution of the following differential equation y(4) – 16y = 32x %3D is: y(x) = ce2* + cze*co s(V3x) y()= e2* + cze 2x + C3 cos(2x) c, sin(2x) + Ax + B +ce sin(v3x)+ Ax +B This option O This option

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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The general solution of the following differential equation
y(4) – 16y = 32x
1s:
y(x) = ce + cze*cos(V3x)
y(x) ce* + Cze 2X + Cg Cos(2x)
c, sin(2x) + Ax + B
+ge *si n(v3x) + Ax + B
OThis option
O This option
Transcribed Image Text:The general solution of the following differential equation y(4) – 16y = 32x 1s: y(x) = ce + cze*cos(V3x) y(x) ce* + Cze 2X + Cg Cos(2x) c, sin(2x) + Ax + B +ge *si n(v3x) + Ax + B OThis option O This option
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