Computers and Technology, 19.03.2021 16:10 leaving2020asap
Create a Time vector that ranges from 0 to 15/w for each value of w and contains 100 evenly spaced values. E. For each value of w, calculate and plot the height of the system over time for each of the damping coefficients that you calculated
1. Use a for-loop that runs from 1 to the length of the damping coefficient vector (this is your inner loop) (3 pts)
2. Compute the height for each damping coefficient by calling the CalcPosition and passing in your Time vector, the damping coefficient for that iteration, and the w for that iteration.
3. Ex: Time, DampingCoeff(1,j), w(1,i)
4. Call your plotting function (Covered below in part f) and pass both loops variables, the time and height vectors, and the current value of w.
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Create a Time vector that ranges from 0 to 15/w for each value of w and contains 100 evenly spaced v...
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