Simply divide the voltage by the current. This means you apply Ohm's Law.
20V / 5ohms = 4A
Convert the current to amperes, then (using Ohm's Law), divide voltage by current.
To find the current flow in a circuit, you can use Ohm's Law, which states that current (I) is equal to the voltage (V) divided by the resistance (R). In this case, I = V/R = 20V / 4Ω = 5 amps. Therefore, the current flow in the circuit is 5 amps.
QUESTION (continued from above) ....The battery has negligible resistance and its open-circuit voltage is 20V. Determine the resistance, if the current to the battery is to be limited to 25A.
2627mm = 2000d = 500c = 100xx= 20v= 5ii= 2mmdcxxvii:= 2000 + 500 + 100 + 20 + 5 + 2= 2627
-20v + 4v2 - 5y + vy = 4v2 - 20v + vy - 5y = 4v*(v - 5) + y*(v - 5) = (4v + y)*(v - 5)
yes if you add two 20V/1W zener in parallel you will arrive 20V/2W
To convert VA to amps for DC, you can use the formula: Amps = VA / Volts. For the given values, the max DC current would be 35VA / 20V = 1.75A. The 18V AC value cannot be directly converted to amps without additional information.
AE86's!
Put the 1V and 5V to the x2.Put the 1V and 20V to the x3.Put the 5V and 20V to the x1.See related link for screenshots.
rated for 20 volts?
rated for 20 volts?