You need to know the amperage to size the wire. For 220 V at 20 A you would need 12 AWG. At 220 V at 30 A 10 AWG.
A #8 AWG copper conductor with an insulation factor of 90 degrees C will limit the voltage drop to 2.26% or less when supplying 30 amps for 120 feet on a 220 volt system.
A 30 amp breaker run 75 feet would require you use AWG #10 wire. But, an oven normally pulls more that 30 amps and I would not use #10 wire on a 30 amp breaker for an oven. Normally any newer oven is wired with AWG #6 gauge wire on a 50 amp circuit breaker so the breaker will not trip during heavy use of the oven. Some older ovens could use a #8 wire on a 40 amp breaker.
Three phases, one neutral and a GROUND
Depending on the configuration of the cord cap, the green wire is ground, the white wire is the neutral and red and black wires are the 220 volt source.
You need to know the amperage to size the wire. For 220 V at 20 A you would need 12 AWG. At 220 V at 30 A 10 AWG.
220 feet by 220 feet is 43500 square feet. An acre equals 48400 square feet. Therefore the answer is no.
792 would be what calculates but it depends on the exact measurements of the 220 square feet.
No, attempting to do so would be neither legal nor safe.
220 centimeters = 7.22 feet.
In a 220 volt circuit with a common white wire, the red wire would also carry 220 volts. The white wire is the neutral wire that completes the circuit and does not have a voltage potential, while the red wire is one of the hot wires that carries the full voltage of the circuit.
Answer: 220 feet tall The average story in a multi-story building is 10 feet tall. A 22 story building would then be roughly 220 feet tall.
1 Meter = 3.28084 Feet => 220 Meters = 721.785 Feet
It is: 220*3 = 660 feet
220 x 3 = 660 feet
220 feet x 25 feet = 5500 square feet
There are 30.48 centimeters in a foot.Divide 220 by 30.48 to find that 220 centimeters = 7.22 feet