Assume both m are equal, and all spring has the same k. Write down the potential...

 

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Assume both m are equal, and all spring has the same k. Write down the potential 000000 000000 00000 iwt energy of the system, then use the partial derivative of potential energy to find equation of motion of x and y. Assume x and y have the solution x = xelut, y = yoeit. Use system of linear equation to solve for eigenvalues, eigenvector, then find the characteristic frequencies. You should use python to solve for eigenvalues and eigenvector. Hint: use numpy.linalg Assume both m are equal, and all spring has the same k. Write down the potential 000000 000000 00000 iwt energy of the system, then use the partial derivative of potential energy to find equation of motion of x and y. Assume x and y have the solution x = xelut, y = yoeit. Use system of linear equation to solve for eigenvalues, eigenvector, then find the characteristic frequencies. You should use python to solve for eigenvalues and eigenvector. Hint: use numpy.linalg