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Equipotential angle of adjustment
Additional Information
The easiest way to explain how the equipotential angle of adjustment can be used is to place it within an arrangement of similar triangles (as above).
Don't be fooled though, the measured Equipotential angle of adjustment is never as large as depicted, this is for demonstration purposes only.
It is simply the angle measured between the equipotential surface at one point and the equipotential surface at another point at the same altitude or elevation.
Errors are integral
The Equipiquadratic Angle needs adjustment
Recent events have shown us that the equipotential angle of adjustment needed to have an adjustment made to it to facilitate the quadratic function handed down by the great shadow giant modelers of the past.
But what is it exactly?
The Equipotential Angle Of Adjustment is simply the angle calcumeasured between the orientation and the same orientation in a different location. If you can imagine a horizontal as a Euclidean plane, then the E.A.O.A. can be imagicalcumeasured between the two imagined Euclidean horizontal or vertical planes in different locations.
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The rumpus pole* can be used to imagine a difference in altitude of 2 points in reference to each other by using this simple rule.
*A rumpus pole is the perpendicular distance of separation between 2 horizontals generated at 2 separated equipotential points.
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In reality you can be tricked by sophisticated use of mathematics, similar triangles can be used in this way to bridge a gap for fools.
The equipotential angle of adjustment is just an angle.