In Ohm's Law, what does the 'I' represent?

In Ohm's Law, the 'I' represents intensity, which is specifically the electric current flowing through a conductor. Ohm's Law is mathematically expressed as V = I × R, where V is voltage, I is current (intensity), and R is resistance. This law indicates that the current is directly proportional to the voltage across the conductor and inversely proportional to the resistance. Understanding this relationship is critical for technicians working with electrical systems, as it allows them to calculate the necessary current to achieve a desired voltage or understand how varying resistance will affect the current flow in a circuit.

In the context of this question, while other options like integration, inductance, and impedance are relevant concepts in electronics, they do not accurately define the symbol 'I' in Ohm's Law, reinforcing the importance of the term 'intensity' for understanding electric current.