Hi, Please help me out with the following problem:
Problem:
Consider the double mass spring system shown in the figure below.
The positionsand
of the two masses are given by the system
Letand
. If the forcing imparts a force
on the first mass and a force
on the second and the masses start from rest (
) and at their equilibrium positions (
), find the resulting motion of the system.
![]()
![]()
I have to find x_1 and x_2 solution...
Attempt:
First I found the eigen values which are 16 and 24. Then found the respective eigenvectors:
for lambda = -9 v1 =
for lambda = -25 v2 =![]()
So,
After that I am stuck... Please help...
Many thanks...


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and
of the two masses are given by the system 
and
. If the forcing imparts a force
on the first mass and a force
on the second and the masses start from rest (
) and at their equilibrium positions (
), find the resulting motion of the system.