The LC bandpass filter will only allow signals at the resonant frequency to pass through. For example, if you input a 1KHz square wave into a 5KHz resonant bandpass filter, the resulting output will be a sinusoid at 5KHz . From part 1.1, we know that a square wave can be represented as an infinite sum of sinusoids. As such, when the input is a square wave (sum of sinusoids), the resonant bandpass filter "cancels" all sinusoids except for the one at the filter’s resonant frequency. Fig. 2 shows an LC bandpass "resonant" filter that is followed by a non-inverting amplifier stage to boost the output voltage of the filtered signal. The resonance frequency is given by 1 2π√LC Hertz. Assume inductor is 10mH , calculate a reasonable capacitor value so that the LC bandpass "resonant"s 10KHz .