(Solved): For the following bipolar pulse wave in the following figure, define the duty cycle as \( D=\frac{T ...

For the following bipolar pulse wave in the following figure, define the duty cycle as \( D=\frac{T_{1}}{T} \) a) (1 pt) Write the expression for the bipolar pulse voltage \( v_{\text {byw }}(t) \). b) (1 pt) Calculate the average voltage \( V_{a v e} \) for the bipolar pulse as a function of \( V_{p} \) and \( D \). c) (1 pt) Calculate the RMS voltage \( V_{\operatorname{mas}} \) for the pulse wave as a function of \( V_{p} \) and \( D \). d) (1 pt) What affect does the duty cycle have on the RMS voltage \( V_{\mathrm{rms}} \) ?