8) A rigid body with mass m is performing a damped oscillation in one dimension. Write the differential equation characterizing the motion. du Convert the equation into = Au. Find the dt eigenvalues and the eigenvectors of the A and write the complete = y and = wž. coefficient matrix k solution. Take 2 m m
8) A rigid body with mass m is performing a damped oscillation in one dimension. Write the differential equation characterizing the motion. du Convert the equation into = Au. Find the dt eigenvalues and the eigenvectors of the A and write the complete = y and = wž. coefficient matrix k solution. Take 2 m m
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Transcribed Image Text:8) A rigid body with mass m is performing a
damped oscillation in one dimension. Write the
differential equation characterizing the motion.
du
Convert the equation into
= Au. Find the
dt
eigenvalues and the eigenvectors of the
A and write the complete
= y and = wž.
coefficient matrix
k
solution. Take 2
m
m
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