What is the relationship between current and resistance according to Ohm's Law?

According to Ohm's Law, which is typically expressed as V = IR (where V represents voltage, I represents current, and R represents resistance), the relationship between current and resistance is determined by the value of voltage. In a given circuit, if the voltage is kept constant, an increase in current implies a decrease in resistance. This is because resistance is the factor that limits the flow of current for a given voltage.

When the voltage remains unchanged and the current is observed to increase, this can only occur if the opposition (resistance) to the current flow is reduced. This is a fundamental property of electrical circuits that reflects how current behaves in relation to the resistive elements present in the circuit. Thus, an increase in current without a corresponding increase in voltage naturally results in a decrease in resistance.