Series and parallel circuits games

They can draw and label pictures of how they created the circuits so they see that they made a path for the electricity to follow.

You can set up each group with 2 insulated wires use wire cutters to strip the plastic from both ends or thin strips of aluminum foil, a size D battery, and a small light bulb like the ones used in flashlights. We want students to understand that electrons will only flow when they have a continuous path. In Operation, that will only happen when you touch the metal part of the tweezers to the metal parts of the gameboard.

Once students know how to create a simple circuit, I like to point out that most of the lights we use in buildings have multiple bulbs. Then, I give groups additional wires and bulbs and have them try to get two or three bulbs to light. This is usually a bit more challenging! If any groups are struggling, you can give them some circuit diagram cards so they have a model to follow.

To reinforce the difference between them, I explain that a series circuit is like a bookshelf, where all of the books from a series are in a row, one after the other.

It would not be possible to tell which player was the fastest to press his switch, and it would not be possible to tell which player the point should belong to. Explanation When a player presses a switch, the other switches remain open and there would still be an open circuit. For an electrical circuit to work according to this rule, the counters must be controlled independently, which is an advantage provided by parallel circuits.

Recall the properties of the different circuit arrangements covered in the blog post on Arrangement of Bulbs in Circuits. This marks the end of our series on Electricity! These four articles have covered the concepts in Electricity that students tend to struggle with. I hope that through this series of articles, you have gained a better understanding of Electricity, and feel more confident now about tackling questions on Electricity!

If you like our approach behind solving 'Electricity' questions, perhaps you may be interested to check out our upcoming Electrical Circuit Masterclass where we'll dive deep into several answering techniques and practice questions. Drawing from her eight years of primary school science teaching experience, Eunice creates a fun and comfortable learning environment for her students through the interactive classes she conducts.

Series and parallel circuits HTML5. Summary A dipole is an electrical conductor with two poles also called terminals. Two dipoles are in series when they share only a single terminal and, between shared terminals, there is no branching toward another dipole. Two dipoles are in parallel or in a branched circuit if their two pairs of terminals are shared. Select a circuit.