sin(rk/2) Given that the Fourier Series coefficients of the square wave with period To and pulse width T = To/2 is given by ak = The Fourier Series coefficients at the 3rd and 4th harmonic frequencies are, respectively:

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sin(rk/2)
Given that the Fourier Series coefficients of the square wave with period To and pulse width T = T/2 is given by ar
The Fourier Series coefficients
at the 3rd and 4th harmonic frequencies are, respectively:
Select one:
-1/(37) and 0
1/n and -1/(37)
1/(37) and 0
-1/(37) and 1/(5n)
O and -1/(37)
Transcribed Image Text:sin(rk/2) Given that the Fourier Series coefficients of the square wave with period To and pulse width T = T/2 is given by ar The Fourier Series coefficients at the 3rd and 4th harmonic frequencies are, respectively: Select one: -1/(37) and 0 1/n and -1/(37) 1/(37) and 0 -1/(37) and 1/(5n) O and -1/(37)
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