the volts are 230
0.2 volts
I = V/R 5 volts / 2600 ohms = .00192 or round to .002.
10 volts applied to 5 ohms would cause a current flow of 2 amperes. Current = voltage divided by resistance.
It depends on the current in amps. The watts would be equal to 5 times the current, because watts equals amps times volts.
To calculate the amperage at 12 volts based on 1.5 amps at 5 volts, you can use the formula P=IV (Power = Current x Voltage). First, find the power at 5 volts (P=1.5A * 5V = 7.5 watts). Then, using P=IV at 12 volts, solve for current (7.5W = I * 12V => I = 0.625A). So, at 12 volts, 1.5 amps at 5 volts translates to approximately 0.625 amps.
20V / 5ohms = 4A
Zero volts produces zero current.
12 volts DC current except the current to the spark plugs which can be 12,000 volts up to as much as 45,000 volts.
I = v/r = 10 / 5 = 2a.
It depends on how many Amps (current) are applied to the voltage. Watt = Volts x Amps. e.g. 12 volts @ 5 amps = 60 watts
Using the formula Power(P) = Voltage(V) * Current(I) 5 = 10 * I I = .5 amps Current is .5 amps
Because alternating current (AC) voltage varies over time, to the positive and negative, an actual AC voltage measurement will not be the same as a DC voltage measurement. For example: 5 volts DC is 5 volts constantly, viewed over time. The average voltage is 5 volts. 5 volts AC (from zero to peak) is not actually 5 volts constantly, but varies between 5 volts and 0 volts over time. The average voltage will not be 5 volts. Using RMS AC values is designed to make AC and DC measurements equivalent, for example 5 volts DC and 5 volts RMS AC are almost identical.