Figure P2.16b shows the first three terms of the series and their summation. ) Write a MATLAB script that utilizes the self-written function sqwave (n, T, i) which takes the following arguments n the number of terms of the Fourier series. Tthe period of the square wave in seconds. i the number samples per period. 1 The function should return two arrays, t and V, each containing i elements, where t = an array of i time points. an array of i computed values of the nth-degree approximated square wave - b) Run your sqwave (n, T, 1 ) function and plot the results for the following arguments: T-1 milisec, i 1001, , 3, 10, 100 c) For n-100, print out a table of (t, v) at every 20 time points in a text file. T-1 ms Vy Ist term Sum of 1st, 2nd and 3rd terms 2nd ter 3rd tenm Figure P2.16. (a) Square wave. (b) Three term in a Fourier series of a square wave