Capacitors are rated in:

Capacitors are rated in:

• A. Nanofarads and resistance
• B. Microfarads and volts
• C. Microfarads and voltage
• D. Farads and current

Answer: (C)

Capacitance and voltage rating are what define a capacitor’s specifications. The amount of charge a capacitor can store is described by its capacitance, commonly shown in microfarads (µF) for everyday components. The other critical piece is the maximum voltage it can safely handle, which is given in volts (V). Together, these two numbers—capacitance in microfarads and a voltage rating in volts—tell you how it will perform in a circuit and what limits you must observe. That’s why the best choice is the one that pairs microfarads with volts: it reflects the standard way capacitors are specified. The other options mix in resistance or current, which aren’t part of the rated specifications for a capacitor.

Capacitance and voltage rating are what define a capacitor’s specifications. The amount of charge a capacitor can store is described by its capacitance, commonly shown in microfarads (µF) for everyday components. The other critical piece is the maximum voltage it can safely handle, which is given in volts (V). Together, these two numbers—capacitance in microfarads and a voltage rating in volts—tell you how it will perform in a circuit and what limits you must observe.

That’s why the best choice is the one that pairs microfarads with volts: it reflects the standard way capacitors are specified. The other options mix in resistance or current, which aren’t part of the rated specifications for a capacitor.