What Are Extension Boards And How Do They Power Multiple Devices At Once?

Extension boards, or power strips, are essential devices that distribute power evenly among connected devices. They operate on a simple scientific principle, using parallel circuits to ensure equal power allocation. The design of extension boards varies, with features like individual switches and LED indicators. Understanding electrical principles, such as Ohm's law, is crucial for their operation. Safety features, including surge protection and fuses, are vital to prevent damage. Future advancements may integrate data transfer capabilities, but until wireless charging becomes mainstream, extension boards will remain essential.

What is the primary function of an extension board?

• To increase device storage capacity

• To provide internet connectivity

• To distribute power evenly among connected devices

• To enhance audio quality

How does electric current flow in a circuit?

• Between two points with voltage differences

• From high to low resistance

• From low to high resistance

• In a circular motion

What is a key advantage of parallel circuits in extension boards?

• They are cheaper to produce

• They allow individual paths for current flow

• They are more compact

• They require less maintenance

Why is surge protection important in extension boards?

• To improve the aesthetic design

• To reduce the weight of the board

• To enhance the speed of data transfer

• To prevent electrical damage and short circuiting

What future feature might extension boards include?

• Voice control systems

• Built-in speakers

• Data transfer capabilities like USB and HDMI

• Solar charging panels