Oh .... really?
Picayune pedantic point:
Not through pure water anyhow. Depends on the concentration of ionizable impurities.*
The table below shows some example levels of resistivity for different types of water.
Type of Water versus Approximate resistivity in Ohms (Ω)
Pure Water 20,000,000 (20 megohms)
Distilled Water 500,000 ("Half a meg, 500K")
Rain Water 20,000 ("Twenny K:)
Tap Water 1,000 – 5,000 Ω
Brackish river water 200
Coastal seawater 30
Open seawater 20 – 25
I believe that's resistivity in ohms per meter of distance in a square meter of water in cross section.
<pedantry>
The
conductivity of water (which is what makes it dangerous with electricity) is the reciprocal of resistivity and is measured in
mhos. (No kidding; ohms and mhos.) The
conductivity of that 20 megohm pure water above is 0.00000005 mhos, or 50 nano-mhos.
For sea water, its conductivity is .05 - .04 mhos, which means it really conducts electricity a heck of a lot better than pure water.
So pure water ain't so dangerous, dirty or salty water is, and obviously "resistivity" is easier to handle than "conductivity."
</pedantry>
And be glad you aren't being billed for the energy going into the ground from the downed wires.
Terry, 230RN
* Water self-ionizes with temperature going up from absolute zero, but at the usual temperatures, this is a minor effect. To wit, only 50 nanomhos' worth at the usual temperatures.