![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhW4_jYK65IYeEGWuZN1JofhOkxOxcYAfRritEt2Mhwu-8UQxbS9wQOuAXm5_zJGcW6wEn3esJxdIydvLpIZz6-ja3XHeJEsPsiLG51RrhXxtdgGSbE_8hb5D9PU6exATnaiJAP1ISxI-I/s320/series1.gif)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiLgUqIolny5dJpBTPcC_lXE4oul-mXUKW70XeAWGMGFUqKOmc1b5guUeBczNR6HUxIOWqfHUH_FmjkyeYtSFBK9BAsHYONQ0dwOGyG82TOZDuORmqsgAwezNhwoNpByP_-4W_IaX_FN5s/s320/series1.gif)
Electrical Circuits
AN ELECTRICAL CIRCUIT
The circuit shown below has a power source, fuse, switch, two lamps and wires connecting each into a loop or circle. When the connection is complete, current flows from the positive terminal of the battery through the wire, the fuse, the switch, another wire, the lamps, a wire and to the negative terminal of the battery. The route along which the electricity flows is called an electrical circuit.
No comments:
Post a Comment