Ohms law and current intensity

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Ohms law and current intensity
Ohm's law, or the law of electric conduction, establishes the connections between:
- the intensity of the electric current (I) in an electrical circuit,
- voltage (V) or applied electrical voltage (U) and
- electrical resistance (R) in the circuit.

I = V / R

Complete two fields: intensity, voltage or resistance

I current intensity		A
U applied voltage		V
R circuit resistance		Ω

How to convert

I CURRENT INTENSITY: current intensity, measured in amperes (A)

U APPLIED VOLTAGE: U or V - applied voltage, measured in volts (V)

R CIRCUIT RESISTANCE: circuit resistance, measured in ohms (Ω)

The mathematical formula for Ohm's law is:
I = V / R or I = U / R

Ohm's law equation in a circuit:

I = E / (R + r)

where:

I - current intensity, measured in amperes (A);
U or V - applied voltage, measured in volts (V);
E - electromotive voltage, measured in volts (V);
R - circuit resistance, measured in ohms (Ω);
r - internal resistance of the source, measured in ohms (Ω);

I = U / R
R = U / I
U = I X R