first aproximations =? MATH ?= M.d=M_o*t^Q where Q=(1to4mm)/60b
E_a=4.5e9 M_o about 4.5e9*13ish=60billionth Lunar orbital [60]<pre>
at rate 1: 1mm/M_o then 60e9*1mm= 60e9mm{60billion milimeters}
{ 60 million Meters / 60 thousand Kilometers /in/ 450,000km }
{{ perhaps some numbers like 60/450 as a % = 13&1/3% }}
....:....1....:....2....:....3....:....4....:....5 ....:....6
-60 at this scale of comprehension using ToSeek #'$
-30 the PLOT appears linier allthough Moon "DEPARTS"
-0 its supposed to be "NOT" this way. .
{room 4 link to Lunar} later </pre>