Question

Consider the two degree of freedom system shown. Determine the equations of motion, mass matrix,
stiffness matrix, and the natural frequencies knowing that
k1 10N/m,k2  20N/m, k3 10N/m, m1 1.0kg, and m2  2.0kg Consider the two degree of freedom system shown. Determine the equations of motion, mass matrix,
stiffness matrix, and the natural frequencies knowing that
k1 10N/m,k2  20N/m, k3 10N/m, m1 1.0kg, and m2  2.0kg

Answer 1

Answer:

HEYA MATE

Explanation:

UR ANS GONNA BE......refer tothe attachment peez

Answer 2

Explanation:

motion are called two degree of freedom systems. mass (precisely one for each degree of freedom). They are generally in the form of coupled differential equations-that is, each equation involves all the coordinates. natural frequencies.For the two degree-of-freedom system shown below, a) determine the EOM (equations of motion) and state-space format. Also write the state-space matrix form equations considering that the output is y = {y_1 y_2} = {k_1 x_1 v_2}.