Design and test a two band equalizer. for this project you will design and test a two-band equalizer. each band represents a filter stage that determines the range of frequencies in the band and their relative amplitude compared to other bands. the input signal applied to your equalizer contains signals ranging in frequency from 100hz l0khz. signals above and below this range can be ignored. you will select the range of frequencies for each band. these band ranges should not overlap. each band will have its own gain control. the gain control is adjustable from zero to three. this makes it possible for the volume or amplitude of each band to be adjusted independently from the others. the two bands must then be combined to produce a single equalizer output that can be used to drive a single speaker final testing of your euaer will be done using the audio output of the computer. the computer produces a 0-400mvpp signal with a maximum output current of 20mapp. for a safety factor of two, your equalizer should not draw more than 10mapp from the computer. your equaizer will drive a pc speaker. this speaker has an impedance of 402 and can handle a signal up to 5vpp circuits must be designed by hand and simulated before you build any block. at any point in time you may be asked to show your hand calculations or simulation. the final demonstration of your system will be on a computer speaker specifications input: 0-400mvpp, 100hz-10khz output: 5vpp maximum output into a 40ω load gain per band: 0 to 3 only 10mh and 100mh inductors from kit allowed. capacitors and resistors must come from kit. total number of inductors plus capacitors in any stage is limited to three