In a circuit with a 12 Volt driving voltage and 10 Ohms of resistance, how much current is produced?

To determine the current produced in a circuit with a given voltage and resistance, Ohm's Law is applied, which is defined as:

[ I = \frac{V}{R} ]

where ( I ) represents the current in Amperes, ( V ) represents the voltage in Volts, and ( R ) represents the resistance in Ohms.

In this scenario, the voltage (( V )) is 12 Volts and the resistance (( R )) is 10 Ohms. Plugging these values into the formula:

[ I = \frac{12, \text{Volts}}{10, \text{Ohms}} = 1.2, \text{Amperes} ]

This calculation shows that the current produced in the circuit is indeed 1.2 Amperes, which matches the answer provided.

Utilizing Ohm's Law helps to clearly demonstrate the relationship between voltage, current, and resistance, allowing for an accurate calculation of current when the other two variables are known.