Hm... but if I have both U and I and they do not add up to the R I got by rho*length/Area? To be more exact, something like this
R = rho * l/A
R = U/I
rho = 0.017
l= 100km
A = 0.8 cm2
U = 150kV
I = 533.33 A
Therefore
R = rho * l/A
R = 0.017 Ohm per whatever * 100km/0.8cm
R = 212500 Ohm
HOWEVER
R = U/I
R = 150000V/533.33A
R = 281.25 Ohm
WHAT THE HECK? THE RESISTANCE CAN'T BE 212500 Ohm AND 281.25 Ohm AT THE SAME TIME!!!! *sob*
------------------
Sapphire Dragoness of ALSB
Waitress at Cloudy's Cafe
Guardian of the Temple of Aerie (specialized in GenCon and BG)
Magess of Lady Lioness' Court
Saint of the SoS
Historian of IW
Most Illustrious Arch-Magess of the Illuminati
Lux omnis est
Once Upon A Paper Writer's Forum