YIELD  I     1         2         3         4         5         6
           =   0     =   0     =   0     =   0     =   0     =   0
INFLATION
  1        2   -     3   -     -   -     -   -     -   -     -   -
  2        2   -     3   -   -     -   -     -   -     -   -
  3        2  37     3   -    32   -     -   -     -   -     -   -
  4        2  33     3  37    24   -   -     -   -     -   -
  5        2  30     3  33    19  38    33   -   -     -   -
  6        2  27     3  30    16  33    27  38    38   -   -
  7        2  26     3  28    14  30    23  34    32  38   -
  8        2  24     3  26    13  28    21  31    27  34    35  39
  9        2  23     3  24    12  26    18  28    24  31    30  34
 10        2  21     3  23    11  24    17  26    22  28    27  31
 11        2  20     3  22    10  23    15  25    20  26    24  29
 12        2  20     3  21     9  22    14  23    18  25    22  27
 13        2  19     3  20     9  21    13  22    17  23    20  25
 14        2  18     3  19     8  20    13  21    16  22    19  24
 15        2  18     3  18     8  19    12  20    15  21    18  22

This table shows the year that capital would be less than its initial
value (listed in columns headed by = sign) and the year in which capital
would be exhausted (listed in columns headed by 0), were the initial
expenses to equal 2% of the initial capital, this with fixed rate of
return in the range from 1% to 6% and with fixed inflation in the range
from 1% to 15%. Years ≥ 40 are not listed.

Example: With yield at 6% and inflation at 15% capital would be back at
its initial value in 18 years and it would be all gone in 22 years.