Using Ohm's law, you can find voltage if power is given. The equation needed to solve for power is P(Power)= Voltage(E) x Current(I). Ohm's Law describes the relationship between resistance, current, power, and voltage.
The formula you are looking for is I = W/E.
Line to line voltage is not the same as line to neutral voltage because line voltages are 120 degrees apart. They are related by: Line to neutral voltage * tan (120 degrees) = Line to neutral voltage * 1.73.Additional CommentFor delta-connected systems, the line voltage is the same as the phase voltage.For wye-connected systems, the line voltage is larger than the phase voltage by a factor of 1.732. The reason for this is as follows:Because any two phase voltages are displaced from each other by 120o, they must be added vectorially, not algebraically, to find the line voltage. As the above answer points out, this means that the relationship between the two is the square-root of 3, or 1.732.
The live pole carries the supply voltage and is usually colored brown or red. The neutral pole completes the circuit and is typically colored blue or black. Using a voltage detector or a multimeter set to AC voltage mode, you can identify the live wire by measuring the voltage between each wire and the ground, as the live wire will show a voltage level.
Connect the two heaters in series. The supply voltage, what ever the value, will be split in half across the two heaters. If the voltage is dropped by half across the two heaters in series, the wattage of each heater will be dropped to one quarter of the heaters wattage rating at its full voltage rating. The new wattage's will be added together for a new total wattage for the circuit. When you find the heaters working voltage use these two formulas; This one to find the resistance of the heater at its working voltage value, R = E (squared)/Watts. Then to find the watts at the reduced voltage value, W = E (squared)/R. R being the heaters resistance in ohms from the first formula.
To calculate the power consumption of an air conditioner in watts, you multiply the voltage (V) by the current (I) in amperes. The formula is: Power (W) = Voltage (V) x Current (A). You can usually find the voltage and amperage ratings on the air conditioner's label or in its manual.
The current will be zero if there is no voltage.
The electrical presure between two points its called voltage
The voltage regulator is inside the alternator.
The engine computer is the voltage regulator.
Voltage will be same in all branches. Voltage= Current * Total Resistance
Vrms=Vm/1.414................... from this u can find Vm.....magnitude of voltage.
The formula you are looking for is I = W/E.
There is not enough information to find the resistivity. The resistance can be found by Ohm's law. Just divide the voltage by the current.
Voltage on primary/Primary turns = Voltage on secondary/Secondary turns
Voltage times current.
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The RMS value of an AC voltage is VRMS = VPEAK / sqrt(2), where VPEAK = the voltage peak to neutral.AnswerThe average value of a sinusoidal a.c. voltage is zero.