Charging and Discharging of Capacitor Working Model for Class 12

INTRODUCTION

The charging and discharging of a capacitor is a fundamental concept in electronics and physics. A capacitor stores electrical energy in an electric field and releases it when needed. This simple principle is the basis of many real-world applications, from timing circuits to energy storage systems.

For Class 12 students, a charging and discharging capacitor working model is an excellent choice for a physics project or practical learning. It offers a clear and hands-on demonstration of how capacitors function in electrical circuits.

Charging and Discharging of Capacitor Working Model for class 12

COMPONENTS USED

  • 1000 µF Capacitor

  • 100 Ohm Resistor

  • LED Light

  • Switch

  • 9V Battery

Working

When the battery is connected, current flows through the resistor, and the capacitor begins to store charge. During this process, the LED gradually lights up, showing the capacitor is charging. Once fully charged, the LED dims.

When the switch is turned off (or the battery is disconnected), the capacitor starts to release stored energy. The LED glows brightly for a short time as the capacitor discharges, clearly demonstrating energy release.

Application

  • Physics Demonstrations: Perfect for explaining capacitor behavior in an easy and practical way.

  • Science Exhibitions: A simple yet impressive project that showcases real electronic principles.

  • Understanding Circuits: Builds a foundation for learning about RC circuits, filters, and timing applications.

  • Hands-On Learning: Helps students visualize how capacitors store and release energy.

Conclusion

The charging and discharging capacitor working model is an engaging and educational physics project for Class 12 students. It is simple to build, easy to understand, and highly effective for classroom demonstrations and science fairs. With this model, students gain a clear understanding of one of the most important concepts in electronics.

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