(3) Plot the solutions from the first two parts in Matlab on the same graph over...

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(3) Plot the solutions from the first two parts in Matlab on the same graph over the interval [0, 2] using the code below. You will need to input the solutions y1 and y2 from above. t linspace (0,2,200); y1 %insert function here y2 =%insert function here. plot(t, yl, 'r',t,y2, 'b'); grid on; legend (Undamped Solution', 'Damped Solution'); title('Mechanical Vibration: by your name'); %insert your name xlabel('Time (sec)'); ylabel('Response (meters)'); exportgraphics (gcf, "hw4.6.png"); (3) Plot the solutions from the first two parts in Matlab on the same graph over the interval [0, 2] using the code below. You will need to input the solutions y1 and y2 from above. t linspace (0,2,200); y1 %insert function here y2 =%insert function here. plot(t, yl, 'r',t,y2, 'b'); grid on; legend (Undamped Solution', 'Damped Solution'); title('Mechanical Vibration: by your name'); %insert your name xlabel('Time (sec)'); ylabel('Response (meters)'); exportgraphics (gcf, "hw4.6.png");

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The solution from the first two parts in MATLAB on the same graph over the interval 02 Generate taxis t linspace02200 Insert solutions from the first ... View the full answer