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Consider This Second-Order Nonhomogeneous Differential Equation:

Which of These Y(t)=Ae5t+Bcos(7t) Y(t)=A e^{5 t}+B \cos (7 t)

Question 35

Multiple Choice

Consider this second-order nonhomogeneous differential equation:
 Consider this second-order nonhomogeneous differential equation:   Which of these is a suitable form of a particular solution Y(t)  of the nonhomogeneous differential equation if the method of undetermined coefficients is used? Here, all capital letters represent arbitrary real constants. A)    Y(t) =A e^{5 t}+B \cos (7 t)    B)    Y(t) =(A t+B)  e^{5 t}+(C t+D)  \cos (7 t)    C)    Y(t) =A e^{5 t}+B \cos (7 t) +C \sin (7 t)    D)    Y(t) =(A t+B)  e^{5 t} \cos (7 t) +(C t+D)  e^{5 t} \sin (7 t)
Which of these is a suitable form of a particular solution Y(t) of the nonhomogeneous differential equation if the method of undetermined coefficients is used? Here, all capital letters represent arbitrary real constants.


A) Y(t) =Ae5t+Bcos(7t) Y(t) =A e^{5 t}+B \cos (7 t)
B) Y(t) =(At+B) e5t+(Ct+D) cos(7t) Y(t) =(A t+B) e^{5 t}+(C t+D) \cos (7 t)
C) Y(t) =Ae5t+Bcos(7t) +Csin(7t) Y(t) =A e^{5 t}+B \cos (7 t) +C \sin (7 t)
D) Y(t) =(At+B) e5tcos(7t) +(Ct+D) e5tsin(7t) Y(t) =(A t+B) e^{5 t} \cos (7 t) +(C t+D) e^{5 t} \sin (7 t)

Correct Answer:

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