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What Is the Form of a Particular Solution of the Following

Question 7

Multiple Choice

What is the form of a particular solution of the following nonhomogeneous differential equation?
 What is the form of a particular solution of the following nonhomogeneous differential equation?   All capital letters in the choices represent arbitrary real constants. A)    \left(A t^{2}+B t+C\right)  e^{2 t} \sin (2 t)    B)    \left(A t^{2}+B t+C\right)  e^{2 t}(\sin (2 t) +\cos (2 t) )    C)    e^{2 t}((A t+B)  \sin (2 t) +(C t+D)  \cos (2 t) )    D)    e^{2 t}\left(\left(A t^{2}+B t+C\right)  \sin (2 t) +\left(D t^{2}+E t+F\right)  \cos (2 t) \right)    E)    (A t+B)  e^{2 t}(\sin (2 t) +\cos (2 t) )    F)    (A t+B)  e^{2 t} \sin (2 t)
All capital letters in the choices represent arbitrary real constants.


A) (At2+Bt+C) e2tsin(2t) \left(A t^{2}+B t+C\right) e^{2 t} \sin (2 t)
B) (At2+Bt+C) e2t(sin(2t) +cos(2t) ) \left(A t^{2}+B t+C\right) e^{2 t}(\sin (2 t) +\cos (2 t) )
C) e2t((At+B) sin(2t) +(Ct+D) cos(2t) ) e^{2 t}((A t+B) \sin (2 t) +(C t+D) \cos (2 t) )
D) e2t((At2+Bt+C) sin(2t) +(Dt2+Et+F) cos(2t) ) e^{2 t}\left(\left(A t^{2}+B t+C\right) \sin (2 t) +\left(D t^{2}+E t+F\right) \cos (2 t) \right)
E) (At+B) e2t(sin(2t) +cos(2t) ) (A t+B) e^{2 t}(\sin (2 t) +\cos (2 t) )
F) (At+B) e2tsin(2t) (A t+B) e^{2 t} \sin (2 t)

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