Slightly more than 11 amps.
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I = W/E I = 2500000/220 = 11364 amps
10000 divided by 220 for a resistive load.
A btu is a measure of energy, but 18,000 btu per hour is a power of 5.22 kW, which is 5220/220 amps, 24 amps.
There are zero amps in 3000 volts. A load needs to be connected to the voltage.
3 AA batteries provide about 4.5 volts. The amps depend on the load but for D-cells a load of 10 amps can be sustained for short periods.
I have a single phase induction motor. It draws 8 amps on start up and climbs to 14-15 amps when I put a load on it. When I don't have a load it runs at 1 and climbs to 2-3 amps. It is normal operation for this motor to run at the lower number of amps with a load. But I don't know what is wrong.
There are zero amp into or in 240 volts. These are two different entities. A load needs to be connected to the 240 volt supply and then the amps will flow in relationship to the resistance of the load.
Assuming no other factors are considered, a 3kW geyser would draw approximately 13 amps of current on a standard 230V electrical supply. This calculation is based on the formula: Power (in watts) = Voltage (in volts) x Current (in amps).
"Amps" is a steady thing. There's no such thing as "Amps per hour".The current through a 24-watt load is[ 24/the voltage across the load ] Amperes.
Minimal 100. Depends on load draw of home. Can be 200 amps or 400 amps as well.
You should not load a 125 amp panel any more than 100 amps.
If the total bank is 750kVA, full load amps is 902A.
The switch will use no wattage whatsoever. The load on that switch is what uses power. If you know the load is 5 amps then 5 amps at 120 volts is 600 watts.