Depends on the rating of the source. For the same electrical load, a higher voltage will require lower current, but there's no specific current associated with 440V.
-- "Amps" and "current" are the same thing. Electric current is measured in units of Amperes. -- The current is always the same at every point in a series circuit, no matter how many resistors of the same or different values are in the circuit.
13 amperes is 13 amperes. Plain and simple. If you are asking how much power, i.e. how many watts, there is not enough information in the question to answer it. You need to specify voltage or resistance along with current in order to calculate power. You might also need power factor. Please restate the question.
Since kilo- means one thousand, there are one thousand amperes in a kilo-ampere, and there are 0.001 amperes in a kilo-ampere.
To determine the current flowing through each bulb, you would need to know the voltage (V) applied across the bulbs. According to Ohm's Law (I = V/R), where I is the current in amperes, V is the voltage in volts, and R is the resistance in ohms, you can calculate the current. For example, if the voltage is 120 volts, the current would be I = 120V / 100Ω = 1.2 A. Without the voltage value, the current cannot be calculated.
If this is a homework assignment, please consider trying to answer it yourself first, otherwise the value of the reinforcement of the lesson offered by the assignment will be lost on you.If a 100-watt bulb draws 0.87 amperes of current, 17 of them will draw about 14.8 amperes, (0.87 times 17), if they were wired in parallel.However, wiring them in series would not give you 0.051 amperes, (0.87 divided by 17), as one might expect, because the resistance-temperature coefficient of bulbs is quite dramatic, so more current would actually be drawn because the bulbs would be much cooler. How much more would require testing. You could do this by supplying 6.8 volts to one bulb and seeing what you get, or just hook 17 of them up in series to 115V.
That depends on the voltage which the current flows through. I = P / U I = 1500 / U Where I is the current in Amperes and U is the effective voltage in Volts. (P is the power)
(480) multiplied by (the current measured in Amperes).
6 amperes
The number of watts produced by a current of 1.25 amperes can only be known if you also know either the applied voltage which caused that current to flow (W=I x E); or if you know the resistance through which the current flows. (W= I2 R).
The ampere is a measure of electrical current. There is no electrical current in toner.
"Magnitude" means how strong it is - how much voltage (how many volts), or how much current (how many amperes).
65 milli amperes
To determine Watts from Volts, you also need to know the current in Amperes (A) using the formula: Watts = Volts x Amperes. Therefore, 200 Volts alone cannot be converted into Watts without knowing the current. For example, if the current is 10 Amperes, then the power would be 200 Volts x 10 Amperes = 2000 Watts.
The two units are not convertible. One is current and the other is weight.
Check the rating of the fuse (for how many amperes it is designed), and measure or calculate the corresponding current (amperes) that are supposed to go through it.
An ammeter measured how many amperes of current are flowing in an electrical circuit.
If 200 amperes flow from the positive terminal of the battery to operate the starter motor, the same amount of current, 200 amperes, will flow back to the negative terminal of the battery. This is due to the principle of conservation of charge, where the current flowing out of the battery must equal the current returning to it in a closed circuit. Therefore, both the outgoing and returning current will be equal at 200 amperes.