Planet X Passage Distance Guide
Calculation of Planet X Distance based on Weeks Left and Solar System Points

Here is the expected Px-distances from Earth, dates, and Angles of Planet X 
with sun from Earth in Mil Miles.

                             Px2earth      Sun-Earth-Px*
Days Left      Calc Date     Distance**    Angle degrees

      23         30-Apr         468.4          -3.00   Px left of sun
      21         02-May         428.9          -2.92
      19         04-May         389.4          -2.35
      17         06-May         349.8          -1.31
      15         08-May         310.3           0.23   Px right of sun
      13         10-May         270.8           2.24
      12         11-May         251.1           3.43
      11         12-May         231.3           4.75
      10         13-May         211.6           6.18
       9         14-May         191.8           7.73
       8         15-May         172.0           9.41   Earth's
       7         16-May         152.3          11.20   stopped rotation
       6         17-May         132.5          13.12
       5         18-May         112.8          15.15
       4         19-May          93.0          17.31
       3         20-May          73.3          19.59
       2         21-May          53.5          23.00   Elliptic pierced
       1         22-May          33.8                  
       0         23 May          14.0                  Pole Shift
      -1         24-May          33.8

    * Quadratic Spline Inputs used from Zeta Px Coordinates
         Days Left      Degrees (DEC coordinate changes)
            23            -3
            14          1.17
             8          9.40

    * The Spline Equations
         (the quadratic equation finder for 3 points)


         f(x) = a0 (x-x1)(x-x2)  +  a1 (x-x0)(x-x2) + a2 (x-x0)(x-x1)

               f1 = f(x)  x=x1,  f0 = f(x) x=x0,  f2 = f(x)  x=x2

                        a0 = f0 / { (x0-x1)(x0-x2) }

                        a1 = f1 / { (x1-x0)(x1-x2) }

                        a2 = f2 / { (x2-x0)(x2-x1) }

         y = f(x) = d   x, x0, x1, x2 =  t = time left in weeks
           y0,x0   y1,x1  y2, x2 = matching data pairs



   ** Calculations assume Px speed is constant from Saturn
         Saturn's orbital paths in 3 months.
               Total Distance is      .889 bil miles  X  2
               Constant speed is      228.7 miles per second