When dielectrics are modeled as an RC network, this quantity’s reciprocal is roughly proportional to omega to power of the fraction of capacitors in the network. This quantity’s common value is given by half this quantity’s even mode value in symmetric mode driving. A normalized form of this quantity minus 1 over this quantity plus one (-5[1])is a transformation used (15[1])to create a polar plot with circles and arcs (15[1])anchored (15[1])at (1,0) (15[1])that are contours where this quantity’s (*) components (10[1])are constant. Reflection coefficients (10[1])are calculated by plotting this quantity on Smith charts in (10[1])RF signal (10[1])analysis. (10[1])Electrical terminations seek to “match” this quantity (10[1])to its characteristic form in transmission lines to allow for optimal power transfer to the load. For 10 points, resistance plus j times reactance equals what complex quantity (10[1])denoted (10[1])Z? ■END■ (10[3])