North America is all connected to the same electrical grid. Much of the power that is generated in Canada is exported to the US.
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The standard voltage is 120V for lights and plugs, and 240V for stove, heaters and drier loads. The distribution system is 3 wire and the street transformer is center tapped 240V with neutral at centre which means that from red to neutral the voltage is 120V and same for black to neutral, with the voltage between black and red being 240V which is distributed through 2 linked breakers.
Canada uses plug types A, and B, exactly the same as in the US.
The standard home voltage in Canada is 120/240 supplied at 60 Hertz.
Further information
Homes in Canada use 240/120 volts at 60 cycles per second (60Hz) single phase. It is a split-phase system that delivers 240 volts to large domestic appliances (e.g. washing machines, dryers, air-conditioners, etc.) and 120 volts to lights and general socket outlets used for small appliances (coffee machines, electric shavers, televisions, etc.).
Both. There are three conductors supplying a Canadian residence, two line ('hot') conductors and a neutral conductor. The potential difference between the two line conductors is 240 V, while the potential difference between either line conductor and the neutral conductor is 120 V.
Most circuits (receptacles, lighting, etc.) are supplied at 120 V, but 'heavy power' items such as electric stoves, etc., are supplied at 240 V.
the voltage of the mains electricity in the UK
You might need a different pump. If there's an AC->DC adapter that goes between the mains outlet and the pump itself, you could try just replacing that with a battery case delivering the proper voltage.
There are many complex explanations for current flow in electronics. The answer below describes the basic requirements without including great detail. For a more academic discussion, you are advised to look at relevant sections of text books on electrical and electronic engineering. In order for electrical current to flow, there must be two things: 1) A voltage (sometimes referred to as a "potential difference"). The voltage can be created by a battery, a generator, a solar cell or a mains voltage outlet. 2) A complete circuit. This must include conductors such as wires that start at the positive terminal of the voltage source and at the far end, return to the negative terminal of the voltage source. Other components such as lamps, resistors and switches can form part of the complete circuit. We must have a voltage for current to flow because without it, there is no "electrical force" to cause the current to flow. We need a complete circuit so that the current can flow from the positive of the voltage source, through conductors and return to the negative of the voltage source. Current will flow through any complete circuit. If a switch is part of the circuit, when it is open, no current can flow because the circuit has been broken. When the switch is closed, the circuit is complete and current will flow once again. Therefore, it is possible to have a voltage without a current (switch open, for example) but it is not possible to have a current without a voltage. NB: Mains electricity is alternating current. It follows the same principles as the DC examples mentioned above although there is a changing voltage rather than a constant voltage.
Yes but we use different plugs so if you are coming here you will need an adapter.
Mains voltage in new Zealand is 230v AC 50Hz. Mains plugs are 3-pin, with a vertical Earth, and two inclined pins for Phase and Neutral. (Same as Australia) If the charger you are referring to is the type that plugs into a cigarette lighter - these are common to all (?) cars.
The voltage is 230volts and this is the norm in Europe.
230 for Europe
Same as the US and Canada, 110 V. However it has an electrical frequency of 50 Hz, which is 60 Hz in the US and Canada.
230 / 240 volts
AC voltage is 220v in Germany.Normal household appliances are 240v, some dual phase appliances such as cookers are 400v.
In the UK the mains voltage is 240 volts
Everything that is plugged into the mains socket and switched on will use electricity even if it's a battery charger with no batteries in. So yes they do draw electrical power from the mains.
The mains voltage is 230 volts, and the frequency is 50Hz.
in Australia most homes are single phase 240 volts but when measured with a multi meter sometimes you get readings of between 230 and 250 volts
the voltage of the mains electricity in the UK
Rarely... Electrical companies reduce the voltage to save money on generating power. Most electrical equipment will still operate even if the voltage is within 5% of its rating. For example - in the UK, our mains voltage is rated at 240V, however - the actual voltage supplied is 230V.
When things are connected in parallel, they all get the same mains voltage. When you connect things in series the voltage they get depends on the number of units in the series. Household appliances all need mains voltage so all electrics deliver this. (Apart from connecting up batteries, nearly all electrics are set up in parallel mode).