Using the Atrix Drawing program I am able to quickly revise vector combinations as the geometrical placement of the joined line gives an answer in properties icon that corresponds to what the voltage meter should read at that junction. Apparently a discrepancy of the total voltage made by meter is made from the meter drawing atThree secondaries in Series over 3 poles of the 666 machinehttps://www.flickr.com/photos/harvich/15707920522/Complicating the observations are the fact that each quantity in the three phase measurement are themselves fluxuating in voltage magnitude in time, but a single snapshot in time of all the voltage magnitudes should paint a picture as shown here, where we find two predicted summed voltages from the two different associative combinations they can make. The problem then becomes that the models do not predict why the voltage is 1/13th over what should be predicted from the 666 machine. What is the evident advantage that 6 phase division of timed inputs presents? Then a tripartide agreement can be made by the receiving parties involved in the output so as to collectively agree to decrease their outputs, but as part of the agreement for refusing to process more energy, a check is given back to the government as repatriations ect.... In the meantime the fathers agreement where two parts could combine into the square root of three as a wye to delta conversion, where 1 and 1= 1.73: Now because of the second generation action of copying the sources action now instead three parts as secondary actions from line connected primaries can be joined "where a portion of secondary lenz law reaction from the three phase primary influence itself may be cancelled, circumventing the ordinary laws by the making of those interphasal connections as a power source. In this case analysed many years ago, neglected and returned to apparently the relative magnitudes of the vectors are~ 1+1 + 1 = 20/7 by first reckoning, but this may not be accurate. Here 1/13th extra voltage is predicted by a second associative vector grouping.https://www.flickr.com/photos/harvich/15807013637/Pioneering the Applications of Interphasal Resonances http://tech.groups.yahoo.com/group/teslafy/
