Alternating Current (AC), which means it changes from positive to negative at a frequency of 50 or 60 cycles per second. In USA, Canada and other countries which use similar standards for mains electricity supply, the voltage coming into the house is usually an average of 240 Volts AC. This is split into two, with a common neutral wire, so that 120 Volts AC is the voltage supplied from most ordinary socket outlets. Some high powered appliances, such as kitchen stoves or ranges, water heaters and dryers, run at the full 240 Volts. In Europe and many other countries the alternating current changes from positive to negative at a frequency of 50 cycles per second. The voltage coming into the house is usually an average of 230 Volts AC and that is what is supplied from most ordinary socket outlets. As in the US system, high powered appliances, such as kitchen stoves or ranges, water heaters and dryers, also run at 230 Volts.
Amps!
Current is Amps
Realistically, I think what you might be asking is in America the power supply in houses are 60 Hz, 120 volts, or 240 volts Amps are limited to how many the circuit breaker (or fuse) will allow
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Alternating current is found in the outlet on the wall.
I know that it may be electrical current.
yep it is thx i got a 96 on my test :)
k.m
You will be using AC current from the wall, but you may be plugging an adapter which converts the AC into DC. The raw power coming from a household outlet is AC.
Alternating Current (AC). Usually around 110 or 220 volts, depending on the region. Usually at a frequency of either 50 or 60 hertz; this also varies from region to region.
Alternating Current.
15 Amps
AC, alternating current is used to power electrical outlets in the U.S..
Your home electrical wall outlets current capacity is governed by the breaker that feeds that circuit. In most home situations the wall receptacles are fed with a 15 amp breaker. Dedicated outlets could have a higher ampacity as they are installed for specific appliances or devices. To check your circuit, plug a lamp into the outlet. Start flipping the breakers off. When the lamp goes out that is the breaker for that circuit. Look on the handle of the breaker and it will tell you the capacity of that particular circuit.
well a battery is a direct current and the currents that move in house wires is converted to direct currents.
Outlets are part of a "branch" circuit.
Every single outlet and light socket in your house is in parallel with every otherone, and also with all the outlets and sockets in the homes of several of yourneighbors . . . all of the houses served by the same pole transformer.
AC, alternating current is used to power electrical outlets in the U.S..
Batteries provide Direct Current (DC) while household outlets provide Alternating Current (AC).
Your home electrical wall outlets current capacity is governed by the breaker that feeds that circuit. In most home situations the wall receptacles are fed with a 15 amp breaker. Dedicated outlets could have a higher ampacity as they are installed for specific appliances or devices. To check your circuit, plug a lamp into the outlet. Start flipping the breakers off. When the lamp goes out that is the breaker for that circuit. Look on the handle of the breaker and it will tell you the capacity of that particular circuit.
The express type buses do have 110 outlets.
Alternating.
Typically alternating current (AC) comes from wall sockets. This article explains why: http://www.wisegeek.com/what-is-the-difference-between-ac-and-dc.htm
well a battery is a direct current and the currents that move in house wires is converted to direct currents.
In batteries Direct current is used (DC). This is because Batteries do not last very long and therefore are made to have certain voltage that can be used in most electronics. Batteries can be very hazardous if there is a short circuit that occurs. In households the outlets are a form of Alternating current (AC). This is because AC is easier to use and has no big hazards (unless you stick a fork in the socket). If some of the outlets give out (die or burn out) the rest of the remaining sockets in that same area will still work.
Potato? Is that what you're looking for? Idaho is home of the potato.
A unidirectional current controller device is a type of electrical on/off switch. In order for an item to work that is plugged into a particular outlet, the switch must be in the on position. It is like having lamps plugged into outlets that are controlled by only one switch.
Yes they do.
Outlets are part of a "branch" circuit.