A very useful way to represent periodic signals is with the use of complex exponential Fourier series, giving us a very powerful tool that we will be using all throughout this course. Let us put some hands on some practical exercises, but first, let us get used to the mathematical manipulations that are required for this Find the complex exponential Fourier series of f (t)t over the interval (0,2), using the series expansion formulas seen in class. Make sure to include in your answer a graphical representation of f (t) generated using MATLAB. Try a few iterations to see the effect of taking less values ofn. A very useful way to represent periodic signals is with the use of complex exponential Fourier series, giving us a very powerful tool that we will be using all throughout this course. Let us put some hands on some practical exercises, but first, let us get used to the mathematical manipulations that are required for this Find the complex exponential Fourier series of f (t)t over the interval (0,2), using the series expansion formulas seen in class. Make sure to include in your answer a graphical representation of f (t) generated using MATLAB. Try a few iterations to see the effect of taking less values ofn