??????? 1. Show that a square wave with unit amplitude and frequency (refer to the figure below) can be approximated by the following Fourier series expression: [ x(t)= frac{4}{ pi} sum_{ substack{k=1 text { kis odd })}}^{ infty} frac{1}{k} sin (2 pi k t) ] DO THIS using the exponential Fourier Series to derive ( X[k] ) and then conver solutionspile.com

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???????  1. Show that a square wave with unit amplitude and frequency (refer to the figure below) can be approximated by the following Fourier series expression:  [ x(t)= frac{4}{ pi}  sum_{ substack{k=1     text { kis odd })}}^{ infty}  frac{1}{k}  sin (2  pi k t)  ] DO THIS using the exponential Fourier Series to derive  ( X[k]  ) and then converting to the compact trigonometric form. 2. What is the average power of this signal? solutionspile.com

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