The final expression is made of two parts; the first portion which is fixed (not a function of time) and the second portion which consists of a negative cosine wave at twice the original frequency. Th...The final expression is made of two parts; the first portion which is fixed (not a function of time) and the second portion which consists of a negative cosine wave at twice the original frequency. The current and voltage values in Figure \(\PageIndex{1}\) were normalized to unity so they do not appear to be identical to those of Figure \(\PageIndex{7}\), however, the important part is that the phase relationships are the same along with the position of the power waveform.
The final expression is made of two parts; the first portion which is fixed (not a function of time) and the second portion which consists of a negative cosine wave at twice the original frequency. Th...The final expression is made of two parts; the first portion which is fixed (not a function of time) and the second portion which consists of a negative cosine wave at twice the original frequency. The current and voltage values in Figure \(\PageIndex{1}\) were normalized to unity so they do not appear to be identical to those of Figure \(\PageIndex{7}\), however, the important part is that the phase relationships are the same along with the position of the power waveform.
