Argh.  Let's try that table again.

It's a linear relationship, so I can just drop this little table in here
for gauge vs voltage drop at ten amps and ten feet.  Y'all can multiply and
divide from there (my numbers are for 150F, figure a few per cent less drop
at 77F).  The only factors are the current and the resistance, so for a
given current you can just add up the drops from various segments of the
line.  Don't forget there are losses at the connectors too.

E (drop in volts)       I (amps)        Ft      Ga      ohm/k-ft
0.0057          10      10      "0000   0.057
0.0073                          "000    0.073
0.0092                          "00     0.092
0.0116                          "0      0.116
0.0146                          1       0.146
0.0184                          2       0.184
0.0232                          3       0.232
0.0292                          4       0.292
0.0369                          5       0.369
0.0465                          6       0.465
0.0586                          7       0.586
0.0739                          8       0.739
0.0932                          9       0.932
0.118                           10      1.18
0.148                           11      1.48
0.187                           12      1.87
0.236                           13      2.36
0.297                           14      2.97
0.375                           15      3.75
0.473                           16      4.73
0.596                           17      5.96
0.751                           18      7.51
0.948                           19      9.48
1.19                            20      11.9

--
David Beierl - Providence, RI
  http://pws.prserv.net/synergy/Vanagon/
'84 Westy "Dutiful Passage"
'85 GL "Poor Relation"