Please do this

Write a Matlab script to read in a wav signal as follows: [y, Fs]audioread(applause.wav') vector y contains the audio signal and Fs returns the sampling rate. Use the function sound(y.Fs) to listen to the audio. The audio signal must be processed using lowpass and highpass filters and the output of each filter played using the sound function above to compare with the original and with each other Step 1: Filter with the lowpass filter which has a cutoff frequency Fc = 400 Hz. The filter coefficients are: b [0.127405506514293 0.509622026057172 0.764433039085757 0.509622026057172 0.127405506514293] * 1.0e-03 a=[ 1.000000000000000-340492 1297086085 4.385491616873872-2528876415181691 0.550344583498133] Step 2: Filter with the highpass filter which has a cutoff frequency Fc = 1300 Hz. The filter coefficients are: b= [0.369600037616006-1.478400150464025 2.217600225696037-1.478400150464025 0.369600037616006] 1.887390228238211-0.807738582323864 a= [1.000000000000000-2081796907318938 0.136674883975085] Write a Matlab script to read in a wav signal as follows: [y, Fs]audioread(applause.wav') vector y contains the audio signal and Fs returns the sampling rate. Use the function sound(y.Fs) to listen to the audio. The audio signal must be processed using lowpass and highpass filters and the output of each filter played using the sound function above to compare with the original and with each other Step 1: Filter with the lowpass filter which has a cutoff frequency Fc = 400 Hz. The filter coefficients are: b [0.127405506514293 0.509622026057172 0.764433039085757 0.509622026057172 0.127405506514293] * 1.0e-03 a=[ 1.000000000000000-340492 1297086085 4.385491616873872-2528876415181691 0.550344583498133] Step 2: Filter with the highpass filter which has a cutoff frequency Fc = 1300 Hz. The filter coefficients are: b= [0.369600037616006-1.478400150464025 2.217600225696037-1.478400150464025 0.369600037616006] 1.887390228238211-0.807738582323864 a= [1.000000000000000-2081796907318938 0.136674883975085]