Parallel Circuits Questions and Answers
Parallel Circuits play a vital role in understanding how electrical components share voltage and current in electronic systems. For exams like GATE, ISRO, SSC JE, and other engineering entrance tests, aptitude questions and answers based on parallel circuits are frequently asked. In such circuits, resistors, capacitors, or inductors are connected so that each component gets the same voltage. This makes the concept critical for analyzing real-life networks and troubleshooting electrical designs. Our Parallel Circuits questions with answers section provides solved examples, circuit analysis problems, and shortcuts to quickly calculate equivalent resistance or total current. Practice these to improve your problem-solving speed in aptitude test practice online modules.
Parallel Circuits
21. As a capacitor is being charged, current flowing into the capacitor will:
- increase
- decrease
- remain the same
- cannot tell
22. A capacitor stores energy within a dielectric between the conducting plates in the form of:
- a magnetic field
- positive voltage
- negative voltage
- an electric field
23. As a capacitor is being charged, the voltage across its terminals will:
- increase
- decrease
- remain the same
- oppose the source