it also depends on what meter you have, is it a KWH METER or a AH METER.
IF ITS A KWH METER(KILO WATT HOUR) IT COUNTS IN WATTS (35w PER HOUR.)
They have most of the power.
The problem was that there was too much water so obviously it flooded.
a lot
becauseit gave too much power to the national government and less power to the state,the executive branch would have too much power...and...there wasn't a plan for a bill of rights
There was as much oxygen as there is outside today which meant the fire could spread much easier than without oxygen
230v power supply .................it requires 12watts......
The formulas you are looking for is I = E/R.
The power rating of the bulb indicates how much power it uses. The power in watts indicates how much energy in Joules the bulb uses in one second. A bulb should have its voltage and power printed on it.
The bulb uses 5 watts of power.
A voltmeter connected across the broken (open) filament of a light bulb reads the full voltage of the power supply whether the bulb is in a series or parallel circuit. -- In a series circuit with other components in series with the bulb, this reading tells you that at least one of the components is open, possibly the filament. -- In a parallel circuit with other components in parallel with the bulb, or with the bulb connected directly to the power supply, this reading tells you nothing ... the voltmeter reads the full power supply voltage whether the bulb is open or good. The voltmeter isn't a very helpful measurement to identify an open filament. An ohmmeter, with the power to the circuit turned off, is much more helpful.
Look at the base. The power rating will be printed there.
The short answer, no. The long answer - A 15a 110v current tap can supply approximately 1650 watts. A 30a 110v load would assume a demand of 3300 watts. Splicing multiple cables together to supply this load would be an unsafe practice, as it would be possible for one or the other cables, or receptacles to become overloaded, creating a possible fire hazard. Assuming the generator is rated above that load demand, it would be much safer to add a correctly rated outlet to the generator, and utilize a properly rated cord for connection.
The quantity of power consumed by a light bulb is dependant on the wattage of the bulb.
"Power" is not expressed in volts, but rather in watts (Volts times Amperes), for instance. So you cannot say whether 110v or 220v is more Power-ful unless you also know how much current (Amperes) is flowing in the electrical circuit.
About 1570.9
If the load is non inductive and straight resistive then there is no problem. Inductive loads like motors, a 60 Hz device can be used on 50 Hz but it is much harder on the equipment if 50 Hz is used on a 60 Hz system.
as much as you can