Q10: A given periodic signal (in volts), f(t) = 4 sin 8xt +2 cos 12nt Volts developed across Oresistor. (a) Determine the highest fundamental frequency possible for the signal. (b) Sketch two-sided amplitude and phase spectrum of f(t). (c) Find the total mean (average) power in f(t). (d) Calculate the percentage of the total mean power contained in each harmonic up to the fifth harmonic using the fundamental of the part (a).

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Q10: A given periodic signal (in volts),
f(t) = 4 sin 8at + 2 cos 12nt Volts developed across Qresistor.
(a) Determine the highest fundamental frequency possible for the signal.
(b) Sketch two-sided amplitude and phase spectrum of f(t).
(c) Find the total mean (average) power in f(t).
(d) Calculate the percentage of the total mean power contained in each
harmonic up to the fifth harmonic using the fundamental of the part (a).
Transcribed Image Text:Q10: A given periodic signal (in volts), f(t) = 4 sin 8at + 2 cos 12nt Volts developed across Qresistor. (a) Determine the highest fundamental frequency possible for the signal. (b) Sketch two-sided amplitude and phase spectrum of f(t). (c) Find the total mean (average) power in f(t). (d) Calculate the percentage of the total mean power contained in each harmonic up to the fifth harmonic using the fundamental of the part (a).
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