From what i can tell with the National Electrical Code the smallest wire listed is 18 AWG that is listed at 7 amps and 5.6 for continuous loads which is running for more then 3 hours at a time so i would rate a 20 AWG at about 5 amps MAX and 2.5 for continuous but good luck with that
A #2 copper wire, 90 degree C insulation rating, is rated at 120 amps. With 75 degree C insulation, 115 amps and with 60 degree C insulation 100 amps.
Up to 2.3 amps.
1 amp maximum.
7 Amperes
Here is my full question - A typical 120-volt household circuit delivers 350 watts of power to an appliance, and another 10 watts of power are consumed by the circuit. There is no ground fault. a. How much current is carried by the hot wire? b. How much current is carried by the neutral? c. How much current is carried by the grounding conductor? d. Calculate the resistance of the circuit: by "consumed by the circuit" I assume you mean consumed by the wires. Assuming resistive loads only, the total load is 360 watts, thus the current is 3 amps. The current flows in the hot and the neutral.
720 C
It measures current by creating a coil around the current carrying wire. Current flowing in the wire induces a current in the amp-meter proportional to the current flowing in the wire.
The wire size depends on how much current it will conduct.
The current capacity varies depending on the length and diameter of the wire
Electric current in a metal conductor is carried by a wire. This wire has been specifically adapted to carry this current.
Current is known as the flow of an electrical charge. This is carried by moving electrons in a wire.
The current flow is too much
The current flow is too much
Here is my full question - A typical 120-volt household circuit delivers 350 watts of power to an appliance, and another 10 watts of power are consumed by the circuit. There is no ground fault. a. How much current is carried by the hot wire? b. How much current is carried by the neutral? c. How much current is carried by the grounding conductor? d. Calculate the resistance of the circuit: by "consumed by the circuit" I assume you mean consumed by the wires. Assuming resistive loads only, the total load is 360 watts, thus the current is 3 amps. The current flows in the hot and the neutral.
are supplied by circuits on oppsite legs of the service entrance panel . if each load draws 30amps ,what is the current flow in the neutral wire
The amount of electric energy that is converted into thermal energy increases as the resistance of wire increases. As the resistance in the current increases, the current in the circuit decreases.
current = voltage/resistanceAssuming the 240 volts is across the 100 ohm wire, 2.4 amperespower = current * voltageResulting in the wire dissipating 576 watts... One hot wire!
The amount of heat produced in a wire depends on the resistance of the wire and the amount of current through it. As long as the current is less than the capacity of the wire, the heat will be small enough that it can dissipate into the surroundings at the same rate that it is produced, so the temperature of the wire will not rise more than a few degrees. If the current exceeds the capacity of the wire, the heat produced cannot be carried away quickly enough and the temperature of the wire will rise rapidly.
Yes - at least, it is possible to pass more current through the thicker wire. How much current actually flows can also depend on other factors.
25amps
30amps