The magnitude and phase spectra of a periodic signal x,(t) are as shown below: Phase (degrees) Magnitude 190 60 30 -1 f (Hz) 0 1 3 (Hz) 30 -60 -90 -3 -1 0 1 3 Determine the phase of the third hormonic (at f = 3 Hz) of periodic function: gp(t) = Xp (t - 1/6), i.e., the delayed version of Xp(t) by 1/6. Enter the numeric value of the phase in degrees in the answer box below

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The magnitude and phase spectra of a periodic signal x,(t) are as shown below:
Phase (degrees)
Magnitude
90
60
30
-3
-1
(Hz)
f (Hz)
1
30
3
-3 -1 0 1 3
-60
-90
Determine the phase of the third hormonic (at f = 3 Hz) of periodic function:
gp(t) = Xp (t - 1/6), i.e., the delayed version of Xp(t) by 1/6. Enter the numeric value of
the phase in degrees in the answer box below
Transcribed Image Text:The magnitude and phase spectra of a periodic signal x,(t) are as shown below: Phase (degrees) Magnitude 90 60 30 -3 -1 (Hz) f (Hz) 1 30 3 -3 -1 0 1 3 -60 -90 Determine the phase of the third hormonic (at f = 3 Hz) of periodic function: gp(t) = Xp (t - 1/6), i.e., the delayed version of Xp(t) by 1/6. Enter the numeric value of the phase in degrees in the answer box below
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