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Consider This Second-Order Nonhomogeneous Differential Equation:

Which of the Following

Question 91

Multiple Choice

Consider this second-order nonhomogeneous differential equation:
 Consider this second-order nonhomogeneous differential equation:   Which of the following is the form of the solution of the corresponding homogeneous differential equation? Here, C<sub>1</sub> and C<sub>2</sub> are arbitrary real constants. A)    y(t) =C_{1} e^{5 t}(\sin (-5 t) +\cos (-5 t) ) +C_{2}   B)    y(t) =C_{1} e^{-5 t} \sin (5 t) +C_{2} e^{-5 t} \cos (5 t)    C)    y(t) =C_{1} e^{5 t} \sin (-5 t) +C_{2} e^{5 t} \cos (-5 t)    D)    y(t) =C_{1} e^{-5 t}(\sin (5 t) +\cos (5 t) ) +C_{2}
Which of the following is the form of the solution of the corresponding homogeneous differential equation? Here, C1 and C2 are arbitrary real constants.


A) y(t) =C1e5t(sin(5t) +cos(5t) ) +C2 y(t) =C_{1} e^{5 t}(\sin (-5 t) +\cos (-5 t) ) +C_{2}
B) y(t) =C1e5tsin(5t) +C2e5tcos(5t) y(t) =C_{1} e^{-5 t} \sin (5 t) +C_{2} e^{-5 t} \cos (5 t)
C) y(t) =C1e5tsin(5t) +C2e5tcos(5t) y(t) =C_{1} e^{5 t} \sin (-5 t) +C_{2} e^{5 t} \cos (-5 t)
D) y(t) =C1e5t(sin(5t) +cos(5t) ) +C2 y(t) =C_{1} e^{-5 t}(\sin (5 t) +\cos (5 t) ) +C_{2}

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