** Use MATLAB for last part & written for remaining. Solve all parts. **Consider the problem...

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** Use MATLAB for last part & written for remaining. Solve all parts. **Consider the problem of designing a type 1 linear-phase bandpass FIR filter using the frequency sampling method. Suppose the filter order is m = 40. Find a simplified expression for the filter coefficients using the following ideal design specifications. (Frequency Sampling method) Assume Type-1 filter. Use for [fs, Fp, 1 Fp2] = [2000, 200, 400] Hz. %3D Use m = 40, p = m/2 = 20. ** Get h(k) analytically as a function of k. Then get H() using Matlab and draw the h(k) and the magnitude spectrum. ** Use MATLAB for last part & written for remaining. Solve all parts. **Consider the problem of designing a type 1 linear-phase bandpass FIR filter using the frequency sampling method. Suppose the filter order is m = 40. Find a simplified expression for the filter coefficients using the following ideal design specifications. (Frequency Sampling method) Assume Type-1 filter. Use for [fs, Fp, 1 Fp2] = [2000, 200, 400] Hz. %3D Use m = 40, p = m/2 = 20. ** Get h(k) analytically as a function of k. Then get H() using Matlab and draw the h(k) and the magnitude spectrum.