P3 a) Calculate H(), determine H(0) & b) Normalize the H(w) using: C=nF L=H R=k=MHzc) Using the normalization above, for = 10, , = 10-5, plot the magnitude of H() in the range 0 10d) Plot the phase within the range 0 10P6 a) Generate a random number with the 100() samples following the distribution below 1a-44b) Plot with 100 points using the hist() functionP7 Discrete Fourier Transform: given x=cos(2 0t), t=kT, 0K, T=10 sa) Plot magnitude of Fourier Transform of x.b) Inverse Fourier Transform