The units are the same for all three. I'm saying this for Besoeker's sake. In essence he is correct that 1 volt and 1 ampere at any one instant in time is 1 watt. However, that 1 watt (W) can also be 1 volt-ampere (VA), or 1 volt-ampere reactive (VAr) under a more-refined condition. They are all technically the same unit; we just assign the different terms to distinguish what type of power is under scrutiny. In the order you have listed, I use volt-amperes reactive, watts, and volt-amperes....
Anyway, I did not ask about the average absolute value. I asked you have at specific instant of time the following data
Here at time equal to 0.020828 you have got the following data. please tell me each one unit
vX(t)*i(t) ( Reactive Power ) = 0.99670 unit?
vR(t)*i(t) ( Real Power ) = 1.11807 unit?
v(t)*i(t) ( Apparent power which is called by you) = 2.11478 unit?
Yeah, you likely will not see such anywhere but from me and a few others. It is a result of the technical community generally being a conformist's societys(t), p(t), and q(t) are really new for me and I had not seen such a these thinks. I need others confirmation and explaination about this because I dont know about this
As noted in my post with graphs, the parameters I used in the QUCS circuit simulator do not match the example scenario which mivey's graphs depict. Additionally, the QUCS simulator provided the data via its virtual probes (one current probe and three voltage probes).As long as what mivey has posted and hinting, I am completely agree with him. There is no error in his graph and calculation. See the formula and calculation does not match your graph and calculation. That's why there is a difference.
Upon importing the 'raw' data into Excel, all I did was multiply the current value by each correlated voltage value then calculated the power averages from those results. The original data used for those calculations is highlighted yellow. If you check the formula used in the 'product' cells, it will verify all I did was multiply values furnished by QUCS. (btw, QUCS is a free downloadable program)