To be completed in MATLAB

1. The position and speed of a damped mass on a spring are given as x(t) = (1 mle.' cos: (4.1 cos[(4 (5s) Plot position and speed for times up to 10 s in the same figure but using a secondary y-axis for speed. Properly label all axes including appropriate units. Without manually examining the data, find and display on the screen the time after which the absolute value of position remains less than 25 cm, and the time where the absolute value of speed is the largest. 1. The position and speed of a damped mass on a spring are given as x(t) = (1 mle.' cos: (4.1 cos[(4 (5s) Plot position and speed for times up to 10 s in the same figure but using a secondary y-axis for speed. Properly label all axes including appropriate units. Without manually examining the data, find and display on the screen the time after which the absolute value of position remains less than 25 cm, and the time where the absolute value of speed is the largest