# Conducting an Experiment: The Difference between Series and Parallel Circuits

## Introduction to difference between series and parallel circuits:

In this lesson, students will learn about the two main types of circuits: series circuits and parallel circuits. The objective of this lesson is to provide hands-on experience to help students understand how these circuits differ and what happens when a bulb is removed in each type of circuit.

Interactive Activity:

First, students will learn the basics of these two circuits. In a series circuit, the current flows in one direction, and if one bulb is removed, the circuit will be open and the other bulb will turn off. In contrast, in a parallel circuit, the current is divided into two or more paths, and if one bulb is removed, the other bulbs will stay lit up.

Next, students will be divided into two groups, each representing a series circuit or a parallel circuit. The groups will be assigned roles such as battery, bulbs, switches, and wires.

For the series circuit, the bulbs will stand holding hands, and when the switch joins hands with the group, the circuit will be closed, and the bulbs will move to indicate that they are glowing. After one minute, one bulb will sit down to show that it has been turned off, and the entire circuit will then sit down to indicate that the circuit is broken.

For the parallel circuit, the bulbs will be arranged in a queue with equal distance. The wires will hold hands separately (two wires for one bulb), and they will then hold hands with the battery and switch. The bulbs will move to indicate that the circuit is closed, and after one minute, one bulb will sit down, but the other bulbs will continue to move. This is because in this circuit, each bulb is connected separately, making its own complete circuit.

## Conclusion of difference between main circuits:

This interactive lesson will help students understand the difference between series and parallel circuits in a fun and engaging way. By participating in this activity, students will gain a deeper understanding of how circuits work, which will serve as a foundation for further learning in science and technology.