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THE MEASURE OF ALL-EMBRACING KNOWLEDGE 213
(n ) Result.
Result. (ii) (xn, ) *; then Result ; then again Result., ...
......Xn, times = xng. ( xn, ) Result.
Result. (iii) (Xng ) *52'; then Result. ; then again Result., ...
......Xng times = xnz · (NOTE: Xnz is regarded as an exhaustible sum.]
Now add to xng the following six sums :-- (1) the number of perfect souls which is infinite, yet
infinitely smaller than the number of all souls; (2) the number of nigodya (undeveloped) souls, itself
infinitely greater than the number of Perfect
souls; (3) the number of vegetable souls, again infinitely
larger than the number of Perfect souls ; (4) the number of atoms of matter, which is infinitely
greater than the total number of souls; (5) the total number of moments of time, infinitely
greater than the number of atoms of matter; and (6) the total number of points of space, that is itself
infinite. Suppose the total is = Xm Now subject xm to the process of shalākā traya nishthāpanā (thus) :(xm) Result.
Result. (i) ( xm) ; then Result; then again Result; ....
...... Xm times = xm, · (X'm.) Result.
Result. (ii) (xm, ) Am;?; then Resnlt. ; then again Result., ...
......xm, times = am, . (xma) Result.
Result. (iii) (xm) 2 ; then Result. ; then again Result., ...
.......*m., times = xm,
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