QUESTION 10 Which of the followings is true? The group delay and the phase delay of a system is typically not governed by the system's O A. All given options. B. magnitude response. C. negative magnitude response. D. negative phase response.

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QUESTION 10
Which of the followings is true? The group delay and the phase delay of a system is typically not governed by the system's
O A. All given options.
O magnitude response.
O C. negative magnitude response.
O D. negative phase response.
QUESTION 11
Which of the followings is true? During practicals, one of the consequences of windowing is
O A. noisy output spectra which can be caused by background noise.
O B. simpler output spectra.
O C. noisy output spectra.
O D. output spectra without peaks.
QUESTION 12
Which of the followings is true? Given an LTIV system, its impulse response under frequency domain can be found by
O A. multiplying the Fourier transform of input and Fourier transforms of transfer function.
O B. convoluting the Fourier transforms of input and Fourier transforms of transfer function.
O C. convoluting Fourier transforms of impulse response and Fourier transforms of transfer function.
O D.multiplying the Fourier transforms of impulse response and Fourier transforms of transfer function.
Transcribed Image Text:QUESTION 10 Which of the followings is true? The group delay and the phase delay of a system is typically not governed by the system's O A. All given options. O magnitude response. O C. negative magnitude response. O D. negative phase response. QUESTION 11 Which of the followings is true? During practicals, one of the consequences of windowing is O A. noisy output spectra which can be caused by background noise. O B. simpler output spectra. O C. noisy output spectra. O D. output spectra without peaks. QUESTION 12 Which of the followings is true? Given an LTIV system, its impulse response under frequency domain can be found by O A. multiplying the Fourier transform of input and Fourier transforms of transfer function. O B. convoluting the Fourier transforms of input and Fourier transforms of transfer function. O C. convoluting Fourier transforms of impulse response and Fourier transforms of transfer function. O D.multiplying the Fourier transforms of impulse response and Fourier transforms of transfer function.
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