Consider the electric circuit whose input is x(t) and output is y(t) shown below. + x(t)...

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Consider the electric circuit whose input is x(t) and output is y(t) shown below. + x(t) L M -π/2 R Only using frequency-domain analysis, assume all initial currents and voltages to be zero to answer the following. + y(t) (c) Determine the frequency the cutoff frequency wc. Justify your answer. (a) Find the frequency response of the system H(jw). (b) Find and plot the amplitude response |H(jw)| and phase response ZH(jw) of the system. Clearly mark the axes, all related frequencies, and amplitude levels. |H(jw)| +ZH (jw) AMPLE 3 3 selectivity of the circuit (i.e., lowpass, highpass, or bandpass) and find Consider the electric circuit whose input is x(t) and output is y(t) shown below. + x(t) L M -π/2 R Only using frequency-domain analysis, assume all initial currents and voltages to be zero to answer the following. + y(t) (c) Determine the frequency the cutoff frequency wc. Justify your answer. (a) Find the frequency response of the system H(jw). (b) Find and plot the amplitude response |H(jw)| and phase response ZH(jw) of the system. Clearly mark the axes, all related frequencies, and amplitude levels. |H(jw)| +ZH (jw) AMPLE 3 3 selectivity of the circuit (i.e., lowpass, highpass, or bandpass) and find