Question: Hand written solution required When this integral is evaluated, the result is 2HT sin (nTF) T (1) iv. For which harmonics (values of n) are
Hand written solution required

When this integral is evaluated, the result is 2HT sin (nTF) T (1) iv. For which harmonics (values of n) are these amplitudes zero? v. The shape of the fourth harmonic (n = 4) is shown superimposed on w (t) below. Ali(t ) T Explain why this harmonic is not present in the Fourier series for vi(t)
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