3. Solve Problem 2.35 using MATLAB. See Example 2.7 for example of MATLAB code for this, but note that "coef" should be corrected to "ycoef" in the example. Clarification: "Compute the amplitude and phase spectra" means to plot amplitude versus frequency in one plot and to plot phase versus frequency in another plot. 2.35 Apply the discrete Fourier transform to a discrete data set representing the signal described by y(t)=1+3 cos 4nt+ sin 8nt [V]. Use a 64 data point discrete series to represent three exact periods of the signal. Compute the amplitude and phase spectra. 3. Solve Problem 2.35 using MATLAB. See Example 2.7 for example of MATLAB code for this, but note that "coef" should be corrected to "ycoef" in the example. Clarification: "Compute the amplitude and phase spectra" means to plot amplitude versus frequency in one plot and to plot phase versus frequency in another plot. 2.35 Apply the discrete Fourier transform to a discrete data set representing the signal described by y(t)=1+3 cos 4nt+ sin 8nt [V]. Use a 64 data point discrete series to represent three exact periods of the signal. Compute the amplitude and phase spectra