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Consider the Following Initial Value Problem Describing the Motion of a Harmonic

Question 31

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Consider the following initial value problem describing the motion of a harmonic oscillator in the absence of friction, but subject to an external force.
 Consider the following initial value problem describing the motion of a harmonic oscillator in the absence of friction, but subject to an external force.   Find the Laplace transform X(s)  of the solution x(t)  of this initial value problem. Here, F(s)  stands for the Laplace transform of f(t) . A)    \frac{1.6 s+1.4+F(s) }{s^{2}+6}   B)    \frac{-1.6 s-1.4+F(s) }{s^{2}+6}   C)    \frac{1.6 s-1.4+F(s) }{s^{2}+6}   D)    \frac{1.4-1.6 s+F(s) }{s^{2}+6}
Find the Laplace transform X(s) of the solution x(t) of this initial value problem. Here, F(s) stands for the Laplace transform of f(t) .


A) 1.6s+1.4+F(s) s2+6 \frac{1.6 s+1.4+F(s) }{s^{2}+6}
B) 1.6s1.4+F(s) s2+6 \frac{-1.6 s-1.4+F(s) }{s^{2}+6}
C) 1.6s1.4+F(s) s2+6 \frac{1.6 s-1.4+F(s) }{s^{2}+6}
D) 1.41.6s+F(s) s2+6 \frac{1.4-1.6 s+F(s) }{s^{2}+6}

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