Question: ANSWER PART D - USE MATLAB EQUATIONS OF MOTION BELOW FOR REFERENCE Problem 1 (you may use matlab for numerical calculations: 50 points: Consider only

ANSWER PART D - USE MATLAB

ANSWER PART D - USE MATLAB EQUATIONS OF MOTION BELOW FOR REFERENCE

EQUATIONS OF MOTION BELOW FOR REFERENCE

Problem 1 (you may use matlab for numerical calculations: 50 points: Consider

only the horizontal motion of the 4-mass system given below. Let m

2 kg and k =2 a. b. c. Develop its equations of

motion using Lagrangean method. Determine the modal vectors. Transform the equations to

Problem 1 (you may use matlab for numerical calculations: 50 points: Consider only the horizontal motion of the 4-mass system given below. Let m 2 kg and k =2 a. b. c. Develop its equations of motion using Lagrangean method. Determine the modal vectors. Transform the equations to modal (principal) coordinates and write the resulting four decoupled equations of motion Using matlab, plot the velocity response of the right-most mass d. In

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