Design a 15-tap FIR band stop (band reject) filter with a lower cutoff frequency of 1600 Hz, an upper cutoff frequency of 1800 H, and a sampling rate of 8000 Hz. (1) Determine the impulse response, transfer function, and difference equation of the designed FIR system. (2) Compute and plot the magnitude frequency response, specifying values of the magnitude frequency response for w = 0, . and n rdians. Project report requirements: Write your design and solution electronically. Do NOT write on papers and scan it. You won't get credit for any scanned item. Submit one pdf file, including (1) The type of design method you choose (2) The detailed steps of your design and calculations. (3) If you use MATLAB for any parts of the design, calculations, or plot, please include your MATLAB code in text (not screenshot or photo). This project is to design a 15-tap FIR band stop (band reject) filter with a lower cutoff frequency of 1600 Hz, an upper cutoff frequency of 1800 H, and a sampling rate of 8000 Hz. 1. The method I choose is 2. Details of the design: MATLAB code for this part: 3. (1) The impulse response (2) The transfer function (3) The difference equation MATLAB code for this part: 4. The magnitude frequency response of the designed system: Plot: The magnitude frequency response Values for w = 0,-, , and n rdians: MATLAB code for this part: