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Find the Particular Solution of the Differential Equation wgytt(t)+byt(t)+ky(t)=wgF(t)\frac { w } { g } y ^ { tt } ( t ) + b y ^ { t } ( t ) + k y ( t ) = \frac { w } { g } F ( t )

question 27

Multiple Choice

Find the particular solution of the differential equation wgytt(t) +byt(t) +ky(t) =wgF(t) \frac { w } { g } y ^ { tt } ( t ) + b y ^ { t } ( t ) + k y ( t ) = \frac { w } { g } F ( t ) for the oscillating motion of an object on the end of a spring. In the equation, yy is the displacement from equilibrium (positive direction is downward) measured in feet, and tt is the time in seconds (see figure) . The constant w=8w = 8 is the weight of the object, g=128g = 128 is the acceleration due to gravity, b=1b = 1 is the magnitude of the resistance to the motion, k=4k = 4 is the spring constant from Hooke's Law, F(t) =4sin8tF ( t ) = 4 \sin 8 t is the acceleration imposed on the system, y(0) =17y ( 0 ) = \frac { 1 } { 7 } and yt(0) =9y ^ {t } ( 0 ) = - 9
 Find the particular solution of the differential equation  \frac { w } { g } y ^ { tt } ( t )  + b y ^ { t } ( t )  + k y ( t )  = \frac { w } { g } F ( t )   for the oscillating motion of an object on the end of a spring. In the equation,  y  is the displacement from equilibrium (positive direction is downward)  measured in feet, and  t  is the time in seconds (see figure) . The constant  w = 8  is the weight of the object,  g = 128  is the acceleration due to gravity,  b = 1  is the magnitude of the resistance to the motion,  k = 4  is the spring constant from Hooke's Law,  F ( t )  = 4 \sin 8 t  is the acceleration imposed on the system,  y ( 0 )  = \frac { 1 } { 7 }  and  y ^ {t } ( 0 )  = - 9     A)   y = \left( \frac { 39 } { 224 } + \frac { 213 } { 28 } t \right)  e ^ { - 8 t } - \frac { 1 } { 36 } \cos 8 t  B)  y = \left( \frac { 39 } { 224 } - \frac { 213 } { 28 } t \right)  e ^ { - 8 t } - \frac { 1 } { 32 } \cos 8 t  C)   y = \left( \frac { 43 } { 252 } - \frac { 272 } { 35 } t \right)  e ^ { - 8 t } - \frac { 1 } { 34 } \cos 8 t  D)   y = \left( \frac { 43 } { 252 } + \frac { 272 } { 35 } t \right)  e ^ { - 8 t } - \frac { 1 } { 30 } \cos 8 t  E)   y = \left( \frac { 39 } { 224 } - \frac { 272 } { 35 } t \right)  e ^ { - 8 t } - \frac { 1 } { 40 } \cos 8 t


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