magnitude and phase of H(w) are plotted below. The input to the system is: x(t) =...

 

Transcribed Image Text:

magnitude and phase of H(w) are plotted below. The input to the system is: x(t) = 10 cos (10t +30°) +20 cos(20t) + 10 cos(30t - 45°) Find y(t), the system's output using the Fourier series method. -25 -15 A continuous-time LTI system has a frequency response H(w). The |H(w)| + 0 15 25 -25 LH(w) [degrees] 180 180 magnitude and phase of H(w) are plotted below. The input to the system is: x(t) = 10 cos (10t +30°) +20 cos(20t) + 10 cos(30t - 45°) Find y(t), the system's output using the Fourier series method. -25 -15 A continuous-time LTI system has a frequency response H(w). The |H(w)| + 0 15 25 -25 LH(w) [degrees] 180 180

Answer rating: 100% (QA)

SOLUTION To find the output of the system we can use the Fourier series method which involves finding the Fourier coefficients of the input signal and ... View the full answer