The interpolation factor is simply the ratio of the output rate to the input
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Interpolation is a term borrowed from the mathematics field of numerical analysis. Typically the machine tools that are numerically controlled by computer in CNC applications are capable of moving only in discrete, albeit small steps, rather than continuous motion. However, we want many machined objects to have curved surfaces. To make this possible, curved surfaces are approximated using numerous short steps. Interpolation is the mathematical process of calculating approximate points between fixed points on the desired machined surface. Once these are determined the CNC machine is set to work making its cuts between the fixed points and the interpolated points essentially. Various interpolating functions can be used, the simplest being line segments. More sophisticated machinery is capable of circular interpolation.Please see the links.
First of all, you can only measure power factor of a three-phase load, provided that it is balanced load. The power factor can then be found by determining the cosine of the phase angle, using the following equation:tan (phase angle) = 1.732 ((P2-P1)/(P2+P1))...where P1 and P2 are the readings of the two wattmeters.
Displacement factor is equal to the power factor for linear loads with sinusoidal voltages and currents.pf = cos (angle1 - angle2)
Abiotic factor