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There are 220 sq feet on the floor, and another 220 sq feet on the ceiling. There are also a lot more sq feet on the walls, but we can't total them up without knowing the height of the room.
220 feet by 220 feet is 43500 square feet. An acre equals 48400 square feet. Therefore the answer is no.
An angle of 220 degrees is a reflex angle
How much is 220 grams of gold worth
1 Meter = 3.28084 Feet => 220 Meters = 721.785 Feet
With thick wires that have excellent insulation.
In order to get 220 for each of those, another argument must be added to each function. For the ROUND function, you could specify the number of decimal places: =ROUND(219.890,0) CEILING requires that you specify the amount of significant digits, so we need 1. =CEILING(219.890,1)
A #2/0 triplex with an insulation factor of NS75 is rated at 210 amps. A #1/0 triplex with an insulation factor of NS90 is rated at 220 amps.
A #10 copper conductor with an insulation factor of 90 degrees C with a 3% voltage drop is rated at 30 amps
If the situation is exactly as you described it, you call a licensed electrician! I'm totally serious.As you describe the situation, you have 220 wiring from the ceiling, and a 110V chandelier. Get an electrician to sort that one out!
The formula you are looking for is W = A x V. Watts = Amps x Volts. These values should be on the nameplate of the fan.
There are 220 sq feet on the floor, and another 220 sq feet on the ceiling. There are also a lot more sq feet on the walls, but we can't total them up without knowing the height of the room.
There is a big misconception that there are two types of wire for different voltages. It is the insulation factor that governs amount of voltage that can be applied to a conductor. Most conductors have three standard voltage insulations, 300V,600V and 1000V. These are the maximum amount of voltages applied to each insulation. The type of insulation and size of a conductor governs the amount of amperage that can be legally applied to the conductor. To answer your question "yes" you can use 120V and 240V on 300V insulation. The "gauge" of the wire is the wire size measured in AWG. )American Wire Gauge. The code book lays out the amount of amps that are allowed on each size.
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 4/0 (0000) copper conductor with an insulation factor of 75 or 90 degree C is rated at 230 and 235 amps respectively.
A good workout plan for an 18 year old weighing 220 pounds and is 5' 7" involves a good diet and regular exercises such as aerobics and jogging.
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