* It depends on how it is travelling. * * An electromagnetic wave, e.g a radio wave would travel about 7,000 feet * * Electricity travelling down a cable would travel at the speed of light multiplied by the velocity factor of the cable. In an averagely good co-axial cable with a velocity factor of 0.8 electricity would travel approximately 5600 feet in 7 microseconds.
far
There are 1000000 microseconds in one second. 60 seconds in one minute 60 minutes in one hour 24 hours in one day 7 days in one week 1000000 x 60 x 60 x 24 x 7 x 1.98 = 1197504000000 microseconds.
So for a typical AC current in a typical lamp cord, the electrons don't actually "flow," instead they vibrate back and forth by about a hundred-thousandth of an inch.
About 7 miles.
410.3 feet.
This is your math homework for Axia and you are trying to cheat.
5.25 miles or 8.449km
=55*7=385
55 x 7 = 385 miles
it depends on what kind of fly though a house fly can travel up to 4-7 miles.
385
It moves 7 inch every 5 min or 20 inch and 9 min but in a day 7 feet