I completed this lab already but I\'m not sure how to find the values we need. F

Question

I completed this lab already but I'm not sure how to find the values we need.
Frequency Dependence Required Equipment Workstation (a newer one has a better chance of Function Generator Oscilloscope Resistors Capacitors BNC Cables (some with clips) BNC Tee having a working speaker) LM386 Amplifier Bone Conductor Speaker (optional) Inductor (part 2 of lab) Objective 1. To buikl, characterize, and test either a woofer or a tweeter spealkes 2. To build and characterize a resonant circuit. Part 1: Filters 1 Introduction Frequency-dependeut cireuits have a broad range of applications, some of which are in the world of music Below is a figure showing the frequency ranges of various musical instruments. Use this figure when you are deciding what properties you want your cirecuit to have. Piano Violin Flute Trumpet Guit ar Trombone Ce llo Tuba Voice: Soprano Voice: Contralto Voice: Tenor Voice: Bass 10 100 1000 3000o Frequency (Htl 2 Procedure 2.1 Build a Filter Technically a woofer is speaker that handles frequencies between 40 Hz and 1 that handles frequencies between 2 kHz and 20+ kHz, but for practical purposes today this works out to a low-pass filter and a high-pass filter, respectively. Choose which type of speaker you would like to build. Using the above frequency ranges figure, decide which frequency you would like to be your cutoff frequency and select an appropriated resistor and capacitor (remember the difference between w and f, and be aware kHz and a tweeter is a speaker

Explanation / Answer

As you had already performed the experiment, you must have the observation table or the values of frequency and voltages...if you could provide me that it'll be quite benificial for me to give you the entire procedure

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