The formula you are looking for is R = E/I
5 ohms in parallel with 20 ohms is 4 ohms. 4 ohms across 200 volts is 50 amperes. However, resistance is a function of temperature, so the 4 ohms will probably be higher, reducing the current. How much depends on the temperature coefficient of the loads.
Using Ohm's law V:IR .I:V/R..I:100/5-20...I-20ampere
Current is inversely proportional to resistance. If you double the resistance, you halve the current. Ohm's Law: Volts = Amps * Ohms Solve for Amps: Amps = Volts / Ohms
-- If the 20 ohms and the nother 10 ohms are configured in series, then the totalnet effective resistance is 30 ohms.-- If they are configured in parallel, then the total effective resistance is 62/3 ohms.
20V / 5ohms = 4A
Could it be.... 20 ohms(?)
The answer is 20 divided by 40, in amps.
I=V/R Which means: amps(current) = voltage divided by resistance. 20= V/20
The formula you are looking for is R = E/I
Three resistors in parallel: 20 ohms, 20 ohms, 10 ohms.1/ total resistance = (1/10) + (1/20) + (1/20) = (2/20) + (1/20) + (1/20) = 4/20 = 1/5 mho.Total resistance = 5 ohms
5 ohms in parallel with 20 ohms is 4 ohms. 4 ohms across 200 volts is 50 amperes. However, resistance is a function of temperature, so the 4 ohms will probably be higher, reducing the current. How much depends on the temperature coefficient of the loads.
Google Ohms Law. It will give you all the formulas you need to compute Ohms,Volts and Amps. Simple formulas :-)
Using Ohm's law V:IR .I:V/R..I:100/5-20...I-20ampere
The resistance of the appliance can be calculated using Ohm's Law: Resistance (R) = Voltage (V) / Current (I). In this case, R = 24V / 1.5A = 16 ohms.
Current is inversely proportional to resistance. If you double the resistance, you halve the current. Ohm's Law: Volts = Amps * Ohms Solve for Amps: Amps = Volts / Ohms
Ohms measure electrical resistance. The resistance in ohms is the voltage divided by the current.