Using Python language solve the questions below. Go to https://freesound.org/ and download 430865 alexlharmonic-resonance-cl.way or another harmonic sound. 1. Select a roughly half-second segment where the pitch is constant. Compute and plot the spectrum of the segment you selected. 2. What connection can you make between the timbre of the sound and the harmonic structure you see in the spectrum? Write it as comment. (if you are using notebook add as text) 3. Use high pass, low.pass, and band stop to filter out some of the harmonics. 4. Then convert the spectrum back to a wave and listen to it. How does the sound relate to the changes you made in the spectrum? Write it as comment. (if you are using notebook add as text) 5. Why plotting continuous and discrete signals differs? How we can plot each? Explain and write it as comment. (if you are using notebook add as text) Using Python language solve the questions below. Go to https://freesound.org/ and download 430865 alexlharmonic-resonance-cl.way or another harmonic sound. 1. Select a roughly half-second segment where the pitch is constant. Compute and plot the spectrum of the segment you selected. 2. What connection can you make between the timbre of the sound and the harmonic structure you see in the spectrum? Write it as comment. (if you are using notebook add as text) 3. Use high pass, low.pass, and band stop to filter out some of the harmonics. 4. Then convert the spectrum back to a wave and listen to it. How does the sound relate to the changes you made in the spectrum? Write it as comment. (if you are using notebook add as text) 5. Why plotting continuous and discrete signals differs? How we can plot each? Explain and write it as comment. (if you are using notebook add as text)